YLCDRZA1H - RENESAS TECHNOLOGY - searchdatasheet.com

Rev 2.20

Revision Date: Jul 21, 2015

Renesas Electronics America

www.renesas.com

YLCDRZA1H

HIGH RESOLUTION EMBEDDED GUI SOLUTIONS KIT

TECHNICAL REFERENCE MANUAL

YLCDRZA1H

Technical Reference Ma nual

Rev 2.20

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Disclaimer

By using this Renesas YLCDRZA1H, the user accepts the following terms. The YLCDRZA1H is not

guaranteed to be error free, and the entire risk as to the results and performance of the YLCDRZA1H is

assumed by the User. The YLCDRZA1H is provided by Renesas on an “as is” basis without warranty of any kind

whether express or implied, including but not limited to the implied warranties of satisfactory quality,

fitness for a particular purpose, title and non- infringement of intellectual property rights with regard to the

YLCDRZA1H. Renesas expressly disclaims all such warranties. Renesas or its affiliates shall in no event be

liable for any loss of profit, loss of data, loss of contract, loss of business, damage to reputation or

goodwill, any economic loss, any reprogramming or recall costs (whether the foregoing losses are direct or

indirect) nor shall Renesas or its affiliates be liable for any other direct or indirect special, incidental or

consequential damages arising out of or in relation to the use of this YLCDRZA1H, even if Renesas or its affiliates

have been advised of the possibility of such damages.

Precautions

This Renesas YLCDRZA1H is only intended for use in a laboratory environment under ambient temperature and

humidity conditions. A safe separation distance should be used between this and sensitive equipment. Its use

outside the laboratory, classroom, study area or similar such area invalidates conformity with the protection

requirements of the Electromagnetic Compatibility Directive and could lead to prosecution.

The product generates, uses, and can radiate radio frequency energy and may cause harmful interference to

radio communications. However, there is no guarantee that interference will not occur in a particular

installation. If this equipment causes harmful interference to radio or television reception, which can be

determined by turning the equipment off or on, you are encouraged to try to correct the

interference

by one or

more of the following measures;

• Ensure attached cables do not lie across the equipment

• Reorient the receiving antenna

• Increase the distance between the equipment and the receiver

• Connect the equipment into an outlet on a circuit different from that which the receiver is connected

• Power down the equipment when not in use

• Consult the dealer or an experienced radio/TV technician for help NOTE: It is recommended that

wherever possible shielded interface cables are used.

The product is potentially susceptible to certain EMC phenomena. To mitigate against them it is recommended

that the following measures be undertaken;

• The user is advised that mobile phones should not be used within 10m of the product when in use.

• The user is advised to take ESD precautions when handling the equipment.

The Renesas YLCDRZA1H does not represent and ideal reference design for an end product and does not fulfill

the regulatory standards for an end product.

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Table of Contents

Chapter 1 - Preface ...................................................................................................................................................... 1

Chapter 2 - Introduction and Purpose ......................................................................................................................... 2

2.1 - Hardware......................................................................................................................................................... 2

2.2 - Hardware Block Diagrams ............................................................................................................................... 3

2.3 - Box Contents ................................................................................................................................................... 4

2.4 - Software & Software Development Tools ....................................................................................................... 4

2.5 - Usage Models .................................................................................................................................................. 4

2.6 - Versions ........................................................................................................................................................... 5

Chapter 3 - Getting Started ......................................................................................................................................... 6

3.1 - Powering the YLCDRZA1H ............................................................................................................................... 6

3.2 - See the Demo .................................................................................................................................................. 6

3.3 - Connecting to the Segger J-Link On-Board Debugger ...................................................................................... 6

Chapter 4 – Specifications ........................................................................................................................................... 7

4.1 - DC Characteristics ........................................................................................................................................... 7

4.2 - AC Characteristics ............................................................................................................................................ 7

4.3 - Environmental Characteristics......................................................................................................................... 7

4.4 - Physical Characteristics ................................................................................................................................... 7

Chapter 5 - Power ....................................................................................................................................................... 8

5.1 - Main Power Subsystem ................................................................................................................................... 8

5.2 - 3.3V/1.8V Main Baseboard Power Subsystem ................................................................................................ 8

5.3 - LCD Backlight Power Subsystem...................................................................................................................... 8

5.4 - LCD Logic and Bias Subsystem ......................................................................................................................... 8

5.5 - USB Host Power Subsystem ............................................................................................................................ 9

5.6 - 3.3V/1.18V Module Power Subsystem ............................................................................................................ 9

Chapter 6 – Graphics Capacitive Touch LCD ............................................................................................................. 10

6.1 - LCD Interface ................................................................................................................................................. 10

6.2 - Capacitive Touch Controller .......................................................................................................................... 11

Chapter 7 – The MCU/Memory Module ................................................................................................................... 13

7.1 - Renesas RZ/A1 MCU ...................................................................................................................................... 13

7.2 - System Reset ................................................................................................................................................. 13

7.3 - MCU Boot Mode Selection ............................................................................................................................ 14

7.4 - 64Mbytes SDRAM ......................................................................................................................................... 14

7.5 - 64Mbytes Dual QSPI Serial NOR FLASH ......................................................................................................... 14

7.6 - On-Module Clocking ...................................................................................................................................... 14

7.7 - Spread Spectrum Clock Generator (SSCG) ..................................................................................................... 15

7.8 - EEPROM ........................................................................................................................................................ 15

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7.9 - Switches and LEDs ......................................................................................................................................... 15

Chapter 8 – Baseboard .............................................................................................................................................. 16

8.1 - Power ............................................................................................................................................................ 16

8.2 - Clocking ......................................................................................................................................................... 16

8.3 - LCD Connection and RGB888 to LVDS Translation ........................................................................................ 16

8.4 - e-MMC Memory ............................................................................................................................................ 16

8.5 - 10/100 Ethernet Port .................................................................................................................................... 17

8.6 - Audio Subsystem ........................................................................................................................................... 18

8.7 - Industrial Networking: CAN, RS232, RS485 ................................................................................................... 18

8.7.1 - RS232, RS433, and RS485 ....................................................................................................................... 19

8.7.2 - CAN ........................................................................................................................................................ 21

8.8 - SD Card Socket .............................................................................................................................................. 21

8.9 - USB Host and Device ..................................................................................................................................... 21

8.10 - Battery Backed Real Time Clock Calendar (RTCC) ........................................................................................ 22

8.11 - PMOD Port .................................................................................................................................................. 22

8.12 - Segger J-Link On-Board Debugger/Programmer ......................................................................................... 24

8.13 - Ambient Light Sensor .................................................................................................................................. 24

8.14 - Digital Video Camera ................................................................................................................................... 25

8.15 - Switches ...................................................................................................................................................... 25

8.16 - LEDs ............................................................................................................................................................. 26

8.17 - CryptoAuthentication .................................................................................................................................. 26

Chapter 9 – External Interrupt Summary .................................................................................................................. 27

Chapter 10 – I2C Device Summary ............................................................................................................................ 28

Chapter 11 – SPI Device Summary ............................................................................................................................ 29

Chapter 12 - Schematics & Bills of Materials ............................................................................................................. 31

12.1 - SO-DIMM Detail .......................................................................................................................................... 31

12.2 - RZ Module Schematics ................................................................................................................................ 35

12.3 - RZ Module BOM .......................................................................................................................................... 44

12.4 - Baseboard Schematics................................................................................................................................. 45

12.5 - Baseboard BOM .......................................................................................................................................... 59

Chapter 13 - Post Production Modifications ............................................................................................................... 62

13.1 – I/O Baseboard v2.0 ..................................................................................................................................... 62

Chapter 14 - Additional Information .......................................................................................................................... 63

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Chapter 1 - Preface

Cautions

This document may be, wholly or partially, subject to change without notice.

permission of Renesas Solutions Corporation.

Trademarks

*All brand or product names used in this manual are trademarks or registered trademarks of their

respective companies or organizations.

Corporation.

Website:

http://www.renesas.com/

Glossary

CPU

Central Processing Unit

USB

Universal Serial Bus

GUI

Graphical User Interface

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Chapter 2 - Introduction and Purpose

The Renesas YLCDRZA1H High Resolution Embedded GUI Solution Kit is a flexible and full-featured Human Machine

Interface plus communications platform based on the Renesas RZ/A1H Microcontroller. While production worthy,

the YLCDRZA1H is primarily intended for software and hardware developers to experiment and evaluate the

extensive I/O features of the RZA1H on the YLCDRZA1H prior to development of their own customized and focused

hardware daughter-cards and/or add-on hardware adjacent to the host module.

The YLCDRZA1H contains several communications ports, including 10/100 Ethernet, CAN, RS232, and RS485, as

well as the popular PMOD™ connectors for external prototyping modules from Digilent and other vendors.

Distributor inventory of Renesas products can be found here.

For more information on the Renesas YLCDRX63N Embedded GUI Solution Kit, visit the Renesas website.

2.1 - Hardware

The YLCDRZA1H has three main elements:

• a re-usable SO-DIMM style module (the “RZ Module”) with MCU, DRAM, FLASH, local power and clocks,

• a full featured I/O baseboard, and,

• a high resolution 1280x800 IPS LCD with LVDS 24-bit color interface and capacitive touch sensing.

These elements come pre-assembled in the YLCDRZA1H kit in an acrylic enclosure along with various cables, power

supplies, and accessories.

The MCU/memory module (the “RZ Module”) in the kit includes:

• Renesas RZ/A1H MCU with

o 10Mbytes on-chip RAM, 400MHz ARM Cortex™-A9 processor

o 32-Kbyte L1 instruction cache, a 32-Kbyte L1 data cache, and a 128-Kbyte L2 cache

o 10-Mbyte large-capacity on-chip high-speed RAM with parallel data/address paths

o OpenVG*-compliant Renesas graphics accelerator with JPEG encoder/decoder, capture engine

unit, and pixel format converter

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• 64Mbytes DRAM

• 64Mbytes Serial boot/XIP NOR FLASH in a dual-QSPI (x8) configuration

• On-DIMM power supplies for all on-module circuits

• 32.768kHz RTCC crystal and MCU clocks

The I/O Baseboard includes:

• 4GBytes e-MMC intelligent NAND flash “drive on chip”

• 9-25VDC barrel jack power input; standard 12V 10W EU/US wall adapter included in the kit

• CAN plus RS232/RS485 port on a 3.5mm screw terminal plug connector

• Digilent PMOD port with Type 2A (expanded SPI) and Type 4A (expanded UART) support

• 10/100 Ethernet Port on standard RJ45 CAT5/6 jack with dual indicator LEDs

• Stereo Audio with Dual 1W speakers, line in, line out, headset-style headphone out/microphone in

• Color VGA forward facing digital video camera

• SD Card socket (SDIO)

• High Speed USB 2.0 Host and Device ports

• Coin-cell battery-backed real time clock

• 0 to 50°C operating temperature range

• Segger J-Link On Board programmer/debugger

• Ambient light sensor, reset button, power indicator LED

2.2 - Hardware Block Diagrams

The RZ Module conceptually is structured as follows:

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The baseboard incorporates the module as follows:

2.3 - Box Contents

The following items are included in the YLCDRZA1H package:

• YLCDRZA1H assembly, including I/O baseboard, LCD display, and RZ module, camera in an acrylic demo

enclosure with adhesive silicone feet

• 9-25VDC US/EU Wall Power Supply

• 8 pin screw terminal plug for CAN/RS232/RS485 port

• Ethernet cable (1) and USB Micro B cables (2)

2.4 - Software & Software Development Tools

Renesas and their Platinum Partners, including Serious Integrated and Express Logic have developed numerous

example projects demonstrating the various features of the YLCDRZA1H. Visit the Renesas website for more

information.

Development for the YLCDRZA1H is supported under the Renesas e2Studio Eclipse-based framework, ARM® DS-5

Development Studio, as well as the IAR Embedded Workbench. No-cost fully-unlocked GNU C development tools

from Renesas are available, as well as professional and fully-supported tools from IAR.

2.5 - Usage Models

The YLCDRZA1H is designed as an initial hardware reference platform as well as software development platform

for OEM applications not only requiring sophisticated LCD-based GUI Human Machine Interface (HMI) capabilities

but also extensive communications. The platform has little to no GPIO control on-board, and generally will be used

in conjunction with an OEM’s I/O subsystem, possibly communicating with the YLCDRZA1H over RS232, RS485, or

UART/SPI using the PMOD connectivity.

For more extensive GPIO connectivity, more flexible port assignments and experimentation with MCU features,

the complete Renesas RZ/A1H Development Kit YR0K77210S003BE is recommended.

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2.6 - Versions

The production version of the MCU/Memory module is v2.0 as marked on the module silk screen. All units in

circulation should have this version.

Two versions of the Baseboard have been distributed, marked v2.0 and v2.1 on the silk screen respectively. The

v2.1 Baseboard has two notable changes from v2.0:

1) The USBH Power Enable, hardwired to “always on” in v2.0, is now connected through an inverter to P1.6.

On power up, the USBH power delivery is disabled. When the port pin is asserted low, the inverted (active

high) signal enables the USBH Power subsystem.

2) Improved USB signal routing/integrity for more reliable High Speed operation

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Chapter 3 - Getting Started

The YLCDRZA1H assembly comes pre-assembled, and requires no initial assembly to operate out of the box.

Some elements, such as the LCD to the top acrylic ring, are bonded with high performance

adhesive: do not attempt to detach the LCD from the acrylic or disassemble any element not

fastened by simple nylon screws.

The RZ Module comes pre-inserted into the SO-DIMM socket and fastened to the Baseboard

via two screws. Only remove/install this module with the power completely removed.

3.1 - Powering the YLCDRZA1H

The YLCDRZA1H can only be powered via the barrel

jack, and can accept any input voltage from 9 to

25VDC (center positive) power supply with 10W or

more capability; the kit comes with a standard

UL/CSA/CE 12V 10W adapter with both an EU and

US capability more than sufficient to power the

unit.

Plugging in the 12V adapter will light up the green

LED near the barrel jack, confirming the board is

powered. The RZ Module also has a local green

power LED showing that it, too, is powered. The

Baseboard LED near the barrel jack may flash

orange – this is the Segger J-Link debugger activity

notification.

3.2 - See the Demo

A demo, pre-installed in the RZ Module’s serial FLASH, will start up when the module is first powered. If during the

course of software development this demo is erased from the serial FLASH you can download this demo from the

Renesas website and re-install it using your software development tools and the on-board Segger J-Link On-Board

debugger.

3.3 - Connecting to the Segger J-Link On-Board

Debugger

The kit comes with two (2) USB Micro B cables suitable for connecting a

PC to the YLCDRZA1H. Use one of these to connect to the USB Micro

connector J9 near the power jack. This is your debugger connection, and

is only required when doing software development with the YLCDRZA1H.

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Chapter 4 – Specifications

4.1 - DC Characteristics

The DC characteristics of the I/O elements of the platform are governed by the underlying AC timing characteristics

of the individual components. Consult the bill of materials and component data sheets for more information.

Specification

Permissible

Minimum

Typical

Maximum

Unit

Input Voltage to Barrel Jack

VDC

Input Power to Barrel Jack

4.2 - AC Characteristics

The AC timing characteristics at the module level are governed by the underlying AC timing characteristics of the

individual components. Consult the bill of materials and component data sheets for more information.

4.3 - Environmental Characteristics

The YLCDRZA1H, while designed with production-worthy methods and components, is not designed as a

production unit to be used direction in OEM equipment. Contact Renesas for a list of hardware design partners

who can develop and deliver production-ready platforms based on the ingredients used in the YLCDRZA1H kit.

Specification

Permissible

Minimum

Typical

Maximum

Unit

Operating Temperature

Storage Temperature

-20

Humidity (Non-condensing)

90%@50C

4.4 - Physical Characteristics

The outer dimensions of the YLCDRZA1H, with acrylic enclosure, are approximately 207mm x 53mm x 33mm.

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Chapter 5 - Power

The YLCDRZA1H has 6 different power subsystems on board:

• Baseboard Power:

o Main power input 9-25VDC in, 5VDC out 2A buck switcher

o 3.3V/1.8V buck switcher for Baseboard logic and I/O

o LCD Backlight boost constant-current supply

o LCD bias and drive voltage boost supplies

o USB Host 150mA current-limited supply

• RZ Module Power

o 3.3V/1.18V buck switcher for local RZ Module clocks, memory, and the MCU

Many of these may not be needed in your own derivative designs, but are included in the design so you can pick

and choose depending on your specific requirements. A detailed discussion of each subsystem follows.

5.1 - Main Power Subsystem

The YLCDRZA1H can accept 9-25VDC from the Switchcraft RASM712PX barrel jack. The jack is designed to accept

an industry-standard 5.5mm OD/2.5mm ID barrel plug with positive center.

The two power signals

+VIN

and

GND

are connected downstream directly to the main buck converter which delivers

5VDC at up to 2A (via signal

+5V)

to the whole assembly for use by various subsystems and further regulation. No

other circuits on the YLCDRZA1H use the 9-25VDC

+VIN

power signal.

The

+5V

power signal directly powers the green portion of the Baseboard tri-color LED. The red portion of that LED

is driven by the Segger J-Link On Board activity indicator.

The

+5V

power signal is the only power delivered for use by the RZ Module, which has its own subsequent

regulation on-module.

5.2 - 3.3V/1.8V Main Baseboard Power Subsystem

Almost all the circuits on the Baseboard require 3.3 volts. The camera module and audio subsystem, in addition,

both requires 1.8V. A dual buck switcher takes the

+5V

power signal and delivers 3.3V at up to 2A (

+3V3

) for most

circuits on the board as well as 1.8V (

+1V8

) required by the audio subsystems.

5.3 - LCD Backlight Power Subsystem

The LCD on the YLCDRZA1H is backlit by an array of LEDs. This array requires a constant current supply of 100 mA

at approximately 12.8VDC. The ability to pulse width modulate (PWM) this supply is important to enable well-

controlled backlight dimming, and the ability to turn off the backlight is important for power management –

100mA at 12.8V is approximately 1.3W of power, and factoring in the boost conversion efficiency approximately

1.6W of power from the input supply. Unlike other power systems where typical is normally much less than

maximum, this is a typical number as the LEDs are actually run at this power.

The

+5V

main power signal feeds a constant current boost controller delivering this 100mA to the LCD backlight. A

PWM-capable MCU port bit is connected to this controller’s ENABLE# pin:

MCU

Schematic

Operation

Port

Function

Module

Baseboard

P8.12

PWM1E

P8_12/PWM1E-

BLEN

RZM-BLEN

LCD Backlight Enable (active high)

5.4 - LCD Logic and Bias Subsystem

As is common with most LCDs, the LCD panel in the kit requires a 3.3V supply. In this case, the 3.3V supply must be

up to 300mA and is provided by the 5.2 - 3.3V/1.8V Main Baseboard Power Subsystem signal

+3V3

. This power

supply is always on when the system is powered.

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LCD panels also need a variety of other voltages to drive the LCD active elements, and most small LCD panels have

all the voltage converters internally in the panel to make the system designer’s life easy. As the panels increase in

size, these voltages are often expected from the system rather than generated in the panel, especially for thin

panels with minimal internal space. In addition to 3.3V, the panel on the YLCDRZA1H requires all these voltages to

be supplied:

The Baseboard has a complete power generation subsystem for these other voltages. This subsystem is also always

enabled when the system is powered.

5.5 - USB Host Power Subsystem

While the USB host A connector could have been driven directly from

+5V

(or at least via a high-side FET power

switch for enable control), the design incorporates a 150mA current limited design to ensure that an inappropriate

high-load device does not crash the board or overstress the main power system. At currents above 150mA, the

voltage on the output to the connector drops precipitously to limit the current.

MCU

Schematic

Operation

Port

Mode

Module

Baseboard

VBUSIN1

RZM-USBF_VBUS

USB Device (“Function”) VBUS Detect

P1.6

see below

P1_6-USBH_5V_EN#

RZM-USBH_5V_EN#

USB Host VBUS Power Out Enable (active low)

VBUSIN0

RZM-USBH_VBUS

USB Host VBUS Detect

P1.12

TINT20/GPI

P1_12/TINT20-USBH_OC

RZM_USBH_OC#

USB Host VBUS Overcurrent Detect (active low)

On v2.0 units,

P1.6

was incorrectly used to drive the USB Host Power Enable (

RZM-USBH_5V_EN

on the RZ Module; DIMM pin

132). This port is open drain only on the MCU, and is incapable of driving high and enabling the power supply. All v2.0 units

should include a post-production modification connecting U21 pin 7 (

ENUSB

) to U21 pin 8 (

FAULT#

) to enable the USB supply

during all non-overcurrent situations. Version 2.1 units have an inverter with input pull-up added to this path. In this

configuration, the RESET# condition disables the USB Host Power Enable, and asserting

P1_6

low enables the USB Host Power.

Software intending on using the USB Host Power Subsystem needs to accommodate both the v2.0 with post-production

modification as well as the v2.1 units, since in the former case the USBH_5V_EN# pin should not be driven low and in the

latter, driving it low is required to enable USB Host power. During driver initialization, perform the following sequence to

determine a v2.0 vs. v2.1 baseboard:

Set USBH_5V_EN# to low

USBH_EnableValue = inverse of read value of USBH_OC#

On v2.1, setting USBH_5V_EN# low will drive the enable high (via the inverter); assuming a non-overcurrent situation

immediately after the enable the read value of OC# will be high, indicating a 2.1 board. On v2.0, setting USBH_5V_EN# low

drive the enable low (no inverter), which since pin 7 & 8 are tied together, we’ll see an overcurrent active (low) as well,

indicating a 2.0 board. Use the inverted value of the OC# test read from now on in the driver to enable or disable the USB Host

Power subsystem.

5.6 - 3.3V/1.18V Module Power Subsystem

The RZ Module is powered by the

+5V

power signal from the Baseboard. The MCU, memory, and clocks on the

module require 3.3V and the MCU requires 1.18V for its core voltage. The RZ Module contains a dual 5V in dual

output 3.3/1.18V buck switcher that delivers the voltages exclusively for the module’s usage as module schematic

signals

+3V3

and

+1V18

respectively. These are not joined with any power signals on the Baseboard except by

sharing a common system ground.

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Chapter 6 – Graphics Capacitive Touch LCD

One of the most important features of the YLCDRZA1H is the high resolution LCD graphic color display with the

following characteristics:

• 1280x800 pixel resolution

• In Plane Switching (IPS) technology for excellent visibility at nearly any viewing angle

• Integrated capacitive touch controller

• 24-bit color Low Voltage Differential Signaling (LVDS) interface

6.1 - LCD Interface

Lower resolution displays, typically at and below 800x480 (WVGA), use parallel RGB (red green blue) interfaces, for

example 8 bits for red, 8 for blue, and 8 for green over a 24-bit wide cable to the LCD along with other control

signals such as clock, data enable, vertical, and horizontal sync. The RZ/A1H has a built-in RGB LCD interface capable

of driving such displays at 16, 18, or 24 bits wide for RGB565 (65,536 color), RGB666 (262,144 color), or RGB888 (16M

color) support respectively.

As pixel resolutions increase, the electrical noise generated and routing challenges due to wide high speed parallel

buses over the 3-10” cable to the LCD become problematic and a few Low Voltage Differential Signal (LVDS)

channels are used where each color (red, green, blue) along with and the control signals are encoded and serialized,

often resulting in an 8 signal cable (4 differential pairs). The Renesas RZ/A1H MCU, in addition to its 24-bit RGB

interface, also has an 18-bit color LVDS interface.

The MCU’s LVDS interface is very well suited to many high-resolution OEM applications. It is very cost effective,

requiring smaller cables and connectors than parallel RGB and is natively supported by the MCU with minimal

external components beyond a few impedance matching resistors.

For lower resolution applications, typically 800x480 and below, the RGB interface is an excellent solution.

In order to fully highlight the capabilities of the MCU’s graphics controller, the YLCDRZAH1 uses the full 24-bit color

RGB888 interface. However the LCD panel is an LVDS panel. The YLCDRZA1H Baseboard includes a low cost

RGB888 to LVDS serializer to convert the signal format from the MCU to the LCD’s required timing/orientation:

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Both the MCU’s RGB and LVDS interfaces are fully exposed to the RZ Module’s edge fingers, however the LVDS

signals are not connected or used on the YLCDRZA1H Baseboard. The RZ Module chapter describes the edge finger

assignment. A baseboard could be designed that uses the RZ Module and employs the LVDS rather than RGB

interface.

The LCD RGB data, control and power signals are wired on the YLCDRZA1H assembly as follows:

MCU

Schematic

Operation

Port

Function

Module

Baseboard

P8.12

PWM1E

P8_12/PWM1E-BLEN

RZM-BLEN

LCD Backlight Enable (active high)

P3.0

LCD0_CLK

P3_0/LCD_CLK

RZM-LCD_CLK

Dot Clock

P11.8

LCD0_TCON6

P11_8/LCD_DEN

RZM-LCD_DEN

Data Enable

P11.9

LCD0_TCON5

P11_9/LCD_VSYNC

RZM-LCD_VSYNC

Vertical Sync

P11.10

LCD0_TCON4

P11_10/LCD_HSYNC

RZM-LCD_HSYNC

Horizontal Sync

P11.7

LCD_DATA0

P11_7/LCD_DATA0

RZM-LCD_DATA0

Blue 0 (LSB)

P11.6

LCD_DATA1

P11_6/LCD_DATA1

RZM-LCD_DATA1

Blue 1

P11.5

LCD_DATA2

P11_5/LCD_DATA2

199

RZM-LCD_DATA2

Blue 2

P11.4

LCD_DATA3

P11_4/LCD_DATA3

197

RZM-LCD_DATA3

Blue 3

P11.3

LCD_DATA4

P11_3/LCD_DATA4

177

RZM-LCD_DATA4

Blue 4

P11.2

LCD_DATA5

P11_2/LCD_DATA5

183

RZM-LCD_DATA5

Blue 5

P11.1

LCD_DATA6

P11_1/LCD_DATA6

175

RZM-LCD_DATA6

Blue 6

P11.7

LCD_DATA0

P11_7/LCD_DATA0

181

RZM-LCD_DATA7

Blue 7 (MSB)

P4.0

LCD_DATA8

P4_0/LCD_DATA8

103

RZM-LCD_DATA8

Green 0 (LSB)

P4.1

LCD_DATA9

P4_1/LCD_DATA9

RZM-LCD_DATA9

Green 1

P4.2

LCD_DATA10

P4_2/LCD_DATA10

RZM-LCD_DATA10

Green 2

P4.3

LCD_DATA11

P4_3/LCD_DATA11

RZM-LCD_DATA11

Green 3

P4.4

LCD_DATA12

P4_4/LCD_DATA12

105

RZM-LCD_DATA12

Green 4

P4.5

LCD_DATA13

P4_5/LCD_DATA13

RZM-LCD_DATA13

Green 5

P4.6

LCD_DATA14

P4_6/LCD_DATA14

RZM-LCD_DATA14

Green 6

P4.7

LCD_DATA15

P4_7/LCD_DATA15

111

RZM-LCD_DATA15

Green 7 (MSB)

P5.0

LCD_DATA16

P5_0/LCD_DATA16

142

RZM-LCD_DATA16

Red 0 (LSB)

P5.1

LCD_DATA17

P5_1/LCD_DATA17

144

RZM-LCD_DATA17

Red 1

P5.2

LCD_DATA18

P5_2/LCD_DATA18

154

RZM-LCD_DATA18

Red 2

P5.3

LCD_DATA19

P5_3/LCD_DATA19

156

RZM-LCD_DATA19

Red 3

P5.4

LCD_DATA20

P5_4/LCD_DATA20

148

RZM-LCD_DATA20

Red 4

P5.5

LCD_DATA21

P5_5/LCD_DATA21

150

RZM-LCD_DATA21

Red 5

P5.6

LCD_DATA22

P5_6/LCD_DATA22

160

RZM-LCD_DATA22

Red 6

P5.7

LCD_DATA23

P5_7/LCD_DATA23

162

RZM-LCD_DATA23

Red 7 (MSB)

6.2 - Capacitive Touch Controller

The LCD on the YLCDRZA1H includes a capacitive touch sensor system and built-in Pixcir Tango C48 controller. The

C48 has the following features:

• 400kHz I2C interface with activity interrupt out

• 5 finger simultaneous multi-touch detection

• Palm detection for lock function, and

• <100 idle-to-active touch response time.

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The 7-bit I2C address of the C48 controller is

0x5C

Address

I2C

Bus

Max

kHz

Location Device

7-bit

Read

Write

0x5C

0xB9

0xB8

400

Baseboard Pixcir C48 Capacitive Touch Controller

Chapter 10 – I2C Device Summary lists all the I2C devices on the YLCRZA1H.

On system boot the controller is held in reset with a weak pull-up on the

P8_13-TOUCH_RST

signal and the driver

should drive this signal low to enable the C48 to accept commands. The controller is connected as follows:

MCU

Schematic

Operation

Port

Function

Module

Baseboard

P8.13

GPIO

P8_13-TOUCH_RST

RZM-TOUCH_RST

LCD Touch controller reset (active high)

P1.10

IRQ4

P1_10/IRQ4-TOUCH_IRQ

RZM-TOUCH_IRQ

LCD Touch controller interrupt

P1.2

SCL1

P1_2/SCL1

165

RZM-SCL1

Touch dedicated I2C1 Clock

P1.3

SDA1

P1_3/SDA1

169

RZM-SDA1

Touch dedicated I2C1 Data

The Pixcir Tango C48 instruction set and data sheet are available only under non-disclosure agreement from Pixcir.

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Chapter 7 – The MCU/Memory Module

As discussed, the YLCDRZA1H is comprised of two circuit

boards, the Baseboard and the MCU/Memory module, or

“RZ Module” that plugs into the Baseboard via a commodity

200 pin SO-DIMM socket. For a complete pin-out of the

SO-DIMM socket, see Chapter 12.1 - SO-DIMM Detail.

The MCU/memory module (the “RZ Module”) in the kit

includes:

• Renesas RZ/A1H MCU

• 64Mbytes DRAM

• 64Mbytes Serial boot/XIP NOR FLASH in a dual-

QSPI (x8) configuration

• On-DIMM power supplies for all on-module circuits

• 32.768kHz RTCC crystal and 12MHz MCU clock

• 2kbit configuration/user EEPROM

• On-module system reset

The local power supplies are fully described in Section 5.6 - 3.3V/1.18V Module Power Subsystem.

7.1 - Renesas RZ/A1 MCU

The Renesas RZ/A1 MCU family has several members; the YLCDRZA1H uses the R7S721001VCBG with the following

key features:

• 10Mbytes on-chip RAM, 400MHz ARM Cortex™-A9 processor

• 32-Kbyte L1 instruction cache, a 32-Kbyte L1 data cache, and a 128-Kbyte L2 cache

• 10-Mbyte large-capacity on-chip high-speed RAM with parallel data/address paths

• OpenVG™-compliant Renesas graphics accelerator with JPEG encoder/decoder, capture engine unit, and

pixel format converter

• SDRAM controller

• 324 pin BGA

The MCU is fully described in the Renesas RZ/A1H Group User’s Manual: Hardware along with other

documentation on the Renesas RZ/A1 Family Documentation Website.

7.2 - System Reset

The RZ Module includes a small system reset chip, designed to not only reset the MCU but

any attached baseboard if desired. On power-up, the system reset is asserted low for

approximately 100-250mS and then is released to rise high with a simple pull-up resistor.

Pushbutton S3 on the baseboard is connected directly to this reset signal – the reset chip

automatically senses the pushbutton and, when pressed (RESET# grounded) debounces the

switch and initiates a reset cycle as if power were being applied for the first time.

MCU

Schematic

Operation

Port

Function

Module

Baseboard

RES

RESET#

RZM-RESET#

System Reset (open drain, active low)

Also RESET Pushbutton S3 on Baseboard

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7.3 - MCU Boot Mode Selection

The RZ/A1H MCU can boot from a variety of memory devices, selectable by the levels

present on the

MD_BOOT2/1/0

pins on the MCU when

RES

is de-asserted. The Baseboard

includes a 4 element DIP Switch where switch 1 and 2 control

MD_BOOT1/2

respectively.

Option

Boot Mode

YLCDRZA1H

MD_BOOT2

MD_BOOT1

MD_BOOT0

Description

Support

CS0# RAM/ROM

CS1# RAM/ROM

Serial FLASH

Default

SD Card

via Baseboard

e-MMC

via Baseboard

On the YLDRZA1H, the

BOOTMD2/1/0

pins have a default weakly strapped selection to the serial FLASH on the RZ

Module (since the module has the serial FLASH populated), but the boot mode can be changed on the Baseboard

through DIP switch S1. The boot pins are controlled/connected as follows:

MCU

Schematic

Operation

Port

Function

Module

Baseboard

P7.0

MD_BOOT2

P7_0/MD_BOOT2

179

RZM-BOOT2

Weakly high (47kΩ) on RZ Module

S1.2 pulls this low (GND) when ON

P0.1

MD_BOOT1

P0_1/MD_BOOT1

RZM-BOOT1

Weakly low (47kΩ) on RZ Module

S1.1 pulls this high (4.7kΩ) when ON

P0.0

MD_BOOT0

P0_0/MD_BOOT0

Permanently high on RZ Module

7.4 - 64Mbytes SDRAM

The Renesas RZ/A1H MCU has a full on-chip 16-bit SDRAM controller. The YLCDRZA1H RZ Module has this SDRAM

connection (address, data, control) isolated on the module connected to two (2) Micron 32MByte SDRAM devices

for a total of 64MBytes of system DRAM.

7.5 - 64Mbytes Dual QSPI Serial NOR FLASH

The Renesas RZ/A1H MCU supports two (2) parallel Quad SPI (QSPI) interfaces designed for direct-attach to Serial

NOR FLASH devices. In this configuration, the MCU can boot from the primary device in single-SPI traditional 4-wire

(MISO, MOSI, SCLK, SSL#) mode and software can switch access modes such that both devices are accessed

simultaneously in QSPI mode for an equivalent 8-bit wide interface at very high speed.

Not only can the MCU access these devices as data storage areas, but it can also execute in place (XIP) from the

devices at surprisingly high speeds – the MCU’s SPI Multi I/O Bus Controller handles all the SPI traffic and FLASH

commands to make the devices completely memory mapped and accessible as if it were on a traditional

address/data bus.

The YLCDRZA1H features two Micron N25Q256A13EF840E NOR Serial FLASH devices with 32Mbytes each, totaling

64Mbytes connected in the Dual QSPI configuration.

7.6 - On-Module Clocking

On the RZ Module there are two local clocks for use by the MCU. A simple 32.768 kHz tuning fork crystal is

attached to the MCU to drive the on-chip Real Time Clock Calendar (RTCC). There is no VBAT battery backup

capability on the chip, so this oscillator must be re-enabled at each MCU reset. The YLCDRZA1H has an I2C Battery

Backed RTCC chip with coin cell for this purpose, and on system reset software can retrieve the battery-backed

date/time from the external RTCC and load the internal RTCC for quick software access at runtime.

While the MCU can operate with as little as a single 12MHz oscillator for the core, USB, and peripherals, to fully

exploit the capabilities of the MCU a variety of input clocks are desirable:

• 13.3333MHz to enable the core at 400MHz

• 27.0MHz for video

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• 24.576MHz to deliver industry standard audio frequencies

• 48.000MHz for USB

The RZ Module includes a complete clock oscillator/synthesizer subsystem generating and delivering all four of

these frequencies to the MCU. These are not crystals but rather external clock sources to the MCU therefore

software should not turn on the crystal oscillator drivers for these clock inputs.

The clock synthesizer/generator is a Silicon Labs Si5351C. At power-up, the device is factory programmed for the

frequencies listed above, but the Si5351C is an I2C device and the generated frequencies can be modified at

runtime if desired. Whether for EMI tuning, power management, or, for example, to change the input frequencies

for different audio sampling/generation time bases beyond the capabilities of the MCU’s programmable prescaler,

this feature can be valuable in many system designs.

The Si5351C is available on the I2C bus 0 as device number 0x60:

Address

I2C

Bus

Max

kHz

Location Device

7-bit

Read

Write

0x60

0xC1

0xC0

400

Module Si5351C Clock Synthesizer

Chapter 10 – I2C Device Summary lists all the I2C devices on the YLCRZA1H.

The interrupt output (INTR) of the Si5351C is not connected to the MCU.

7.7 - Spread Spectrum Clock Generator (SSCG)

The Renesas RZ/A1H MCU has the ability to slightly and randomly modulate the internal PLLs to dampen potential

and undesirable RF emissions. This feature is controlled by the MCU’s

MD_CLKS

pin, which is weakly (47kΩ) pulled

low (disabled) on the RZ Module. The Baseboard DIP Switch S1 position 3 (when ON) strongly (4.7kΩ) pulls this

high and enables this feature on the MCU.

MCU

Schematic

Operation

Port

Function

Module

Baseboard

P0.3

MD_CLKS/G

PIO

P0_3/MD_CLKS

176

RZM-SSCG

Enables Spread Spectrum Clocking in MCU by

Baseboard S1.2 (ON/active GND,OFF pulled high

(4.7kΩ) on RZ Baseboard)

Note this pin is sampled on the release of system reset, after which a different Baseboard design could optionally

use this signal for a GPIO or other function at runtime.

7.8 - EEPROM

On the MCU/Memory module is a small I2C EEPROM, an On Semiconductor CAT34C02, located on I2C bus 0 at 7-

bit address 0x57:

Address

I2C

Bus

Max

kHz

Location Device

7-bit

Read

Write

0x57

0xAD

0xAC

400

Module CAT34C02 EEPROM

Chapter 10 – I2C Device Summary lists all the I2C devices on the YLCRZA1H.

7.9 - Switches and LEDs

The MCU/Memory module has a single dual-color red and green LED that can be turned on independently and

when both are on simultaneously the LED appears orange. The green LED is powered automatically when the local

3.3V power is present. The red LED is controlled by a processor GPIO for software use:

MCU

Schematic

Operation

Port

Function

Module

Baseboard

P11.11

GPO

P11_11-LED1R

Module LED Red (active high)

There are no other switches, jumpers or other user I/O on the module.

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Chapter 8 – Baseboard

The I/O Baseboard included with the YLCDRZA1H includes:

• 9-25VDC barrel jack power input with 5V 2A DC-DC converter for Baseboard and RZ Module

• All local power supplies and clocks

• RGB888 to LVDS translator and connection to LVDS LCD

• Connection to the 4GBytes e-MMC intelligent NAND flash “drive on chip”

• CAN plus RS232/RS485 port on a 3.5mm screw terminal plug connector

• 10/100 Ethernet Port on standard RJ45 CAT5/6 jack with dual indicator LEDs

• Stereo Audio with Dual 1W speakers, line in, line out, headset-style headphone out/microphone in

• Color VGA forward facing digital video camera

• SD Card socket (SDIO)

• High Speed USB 2.0 Host and Device ports

• Coin-cell battery-backed real time clock

• Digilent PMOD* port with Type 2A (expanded SPI) and Type 4A (expanded UART) support

• Segger J-Link On Board programmer/debugger

• User I/O including ambient light sensor, user and reset pushbuttons, user and power LEDs

8.1 - Power

The YLCDRZA1H’s Baseboard has 5 different power subsystems:

• Main power input 9-25VDC in, 5VDC out 2A buck switcher

• 3.3V/1.8V buck switcher for Baseboard logic and I/O

• LCD Backlight boost constant-current supply

• LCD bias and drive voltage boost supplies

• USB Host 150mA current-limited supply

These are all described in Chapter 5 - Power.

8.2 - Clocking

There are several clock sources generated and used on the Baseboard for various peripherals.

• 32,768 kHz crystal for the Battery Backed Real Time Clock Calendar (RTCC)

• 25.000 MHz oscillator for the 10/100 Ethernet Port

• 24.000 MHz oscillator for the Digital Video Camera

• Audio clock generated in the RZ MCU on the RZ Module for the Audio Subsystem

8.3 - LCD Connection and RGB888 to LVDS Translation

As mentioned above, even though the RZ/A1H has an 18-bit color LVDS port native on the MCU (and brought to

the connector for optional use by a baseboard), the YLCDRZA1H elects to feature the full 24-bit color capabilities of

the RZ/A1H and use the RGB888 port instead.

The LCD display, however, is LVDS. Therefore the baseboard includes a straightforward and inexpensive RBG888 to

LVDS translator.

This interface, including MCU signals and connector pins, are described in detail in Chapter 6.1 - LCD Interface

8.4 - e-MMC Memory

In addition to the memory on the RZ Module, the Baseboard adds a 4 Gigabyte “embedded MultiMedia Card” or e-

MMC. This is a complete FLASH drive-on-a-chip, with built in wear levelling, bad block management, and more.

Software drivers are greatly simplified compared with using NAND FLASH directly. The Micron MTFC4GMDEA-4M

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is an e-MMC v4.41 compatible device; for more information about the e-MMC specification see the JEDEC MMC

Specification.

Normally, the e-MMC will be used by a software application to run a file system, such as a FAT file system, storing

GUI data and other files, possibly including applications and demos.

The RZ/A1H MCU has a built-in MMC controller, and the e-MMC chip is connected as follows:

MCU

Schematic

Operation

Port

Function

Module

Baseboard

P0.4

GPO

P0_4-MMC_RST#

RZM-MMC_RST

MMC Reset (active low with pull-up)

P3.13

MMC_CMD

P3_13/MMC_CMD

RZM-MMC_CMD

MMC Command/response

P3.12

MMC_CLK

P3_12/MMC_CLK

RZM-MMC_CLK

MMC clock

P3.11

MMC_D0

P3_11/MMC_D0

RZM-MMC_D0

e-MMC Data Bus D0 (LSB)

P3.10

MMC_D1

P3_10/MMC_D1

RZM-MMC_D1

e-MMC Data Bus D1

P3.15

MMC_D2

P3_15/MMC_D2

RZM-MMC_D2

e-MMC Data Bus D2

P3.14

MMC_D3

P3_14/MMC_D3

RZM-MMC_D3

e-MMC Data Bus D3

P11.12

MMC_D4

P11_12/MMC_D4

187

RZM-MMC_D4

e-MMC Data Bus D4

P11.13

MMC_D5

P11_13/MMC_D5

191

RZM-MMC_D5

e-MMC Data Bus D5

P11.14

MMC_D6

P11_14/MMC_D6

185

RZM-MMC_D6

e-MMC Data Bus D6

P11.15

MMC_D7

P11_15/MMC_D7

193

RZM-MMC_D7

e-MMC Data Bus D7 (MSB)

With 8.16 - DIP Switch S1 set in the correct position and the e-MMC carefully partitioned and programmed, the

YLCDRZA1H is capable of booting directly from this device.

8.5 - 10/100 Ethernet Port

The RZ/A1H has a full 10/100 Ethernet MAC with MII interface. The RZ Module brings

these signals to the edge connector, and the YLCDRZA1H Baseboard delivers these signals

interface through a Micrel KSZ8081MNX MII PHY to a standard RJ45 jack.

The MII interface is as follows:

MCU

Schematic

Operation

Port

Function

Module

Baseboard

P0.5

GPO

P0_5-ET_RESET#

RZM-ET_RESET#

Holds PHY in reset (active low)

P1.5

IRQ5

P1_5/IRQ5-ET_IRQ

171

RZM-ET_IRQ

PHY Interrupt (active low)

P3.3

MDIO

P3_3/ET_MDIO

RZM-ET_MDIO

Management data I/O

P5.9

MDC

P5_9/ET_MDC

168

RZM-ET_MDC

Management data clock

P1.14

COL

P1_14/ET_COL

RZM-ET_COL

Colli sion detect ion

P2.3

CRS

P2_3/ET_CRS

121

RZM-ET_CRS

Carrier detection

P3.6

RXDV

P3_6/ET_RXDV

RZM-ET_RXDV

Receive data valid

P3.5

RXER

P3_5/ET_RXER

RZM-ET_RXER

Receive error

P3.4

RXCLK

P3_4/ET_RXCLK

RZM-ET_RXCLK

Receive clock

P2.8

RXD[0]

P2_8/ET_RXD0

137

RZM-ET_RXD0

Receive data 0 (LSB)

P2.9

RXD[1]

P2_9/ET_RXD1

118

RZM-ET_RXD1

Receive data 1

P2.10

RXD[2]

P2_10/ET_RXD2

122

RZM-ET_RXD2

Receive data 2

P2.11

RXD[3]

P2_11/ET_RXD3

131

RZM-ET_RXD3

Receive data 3 (MSB)

P2.0

TXCLK

P2_0/ET_TXCLK

RZM-ET_TXCLK

Transmit clock

P2.1

P2.1/ET_TXER

P2_1/ET_TXER

RZM-ET_TXER

Transmit Error or GPIO (unused on Baseboard)

P2.2

TXEN

P2_2/ET_TXEN

104

RZM-ET_TXEN

Transmit enable

P2.4

TXD[0]

P2_4/ET_TXD0

129

RZM-ET_TXD0

Transmit data 0 (LSB)

P2.5

TXD[1]

P2_5/ET_TXD1

110

RZM-ET_TXD1

Transmit data 1

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P2.6

TXD[2]

P2_6/ET_TXD2

135

RZM-ET_TXD2

Transmit data 2

P2.7

TXD[3]

P2_7/ET_TXD3

120

RZM-ET_TXD3

Transmit data 3 (MSB)

In order to use the Ethernet interface, a globally unique 48-bit MAC address is required. Most companies purchase

batches of thousands of these to assign to their devices. To simplify the demonstration of the YLCDRZA1H, the

Baseboard includes a tiny I2C chip, the Microchip 24AA02E48T, which contains a single unique MAC address that

software can retrieve and use for the board:

Address

I2C

Bus

Max

kHz

Location Device

7-bit

Read

Write

0x50

0xA1

0xA0

400

Baseboard

24AA02E48T EEPROM/MAC Address

8.6 - Audio Subsystem

One of the features of the Renesas RZ/A1 family is extensive support for external audio codecs for audio

input/output. The YLCDRZA1H highlights this capability using the Maxim

MAX98089ETN+ Audio Codec/Amplifier, exposing:

• stereo line in jack (blue)

• stereo line out jack (green)

• stereo headphone and microphone mobile phone headset-style jack (black)

• stereo amplified bass-enhanced “B-Bass” speakers from BeStar

The codec is connected to the high performance full-duplex Serial Sound Interface

(SSI) on the RZ MCU as follows:

MCU

Schematic

Operation

Port

Function

Module

Baseboard

CLKAUDIO_24MHZ

RZM-AUDIO_CLK

24MHz Base Codec Clock from RZ Module

P1.9

IRQ3

P1_9/IRQ3-AUDIO_IRQ

RZM-AUDIO_IRQ

Audio Codec Interrupt

P10.12

SSICLK1

P10_12/SSISCK

108

RZM_SSISCK

Serial Sound Interface Clock

P10.13

SSIWS1

P10_13/SSIWS

133

RZM_SSIWS

Serial Sound Word Select

P10.15

SSITxD1

P10_15/SSITxD

112

RZM_SSITxD

Serial Sound Transmit Data (output)

P10.14

SSIRxD1

P10_14/SSIRxD

116

RZM_SSIRxD

Serial Sound Receive Data (input)

The Maxim codec is an I2C controlled device, appearing on I2C Bus 0 at 7-bit I2C address 0x20:

Address

I2C

Bus

Max

kHz

Location Device

7-bit

Read

Write

0x10

0x21

0x20

400

Baseboard MAX98089ETN+ Audio Codec/Amplifier

8.7 - Industrial Networking: CAN, RS232, RS485

The large green 3.5mm connector J13 delivers RS232, RS422, or RS485

as well as high performance CAN to external industrial networks. A

screw terminal plug is supplied, enabling easy wiring of termination or

daisy chained cabling. The connector’s signals are clearly marked on

the Baseboard PCB as follows:

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Pin Name Description

No connection

GND

Ground

RS485_A

Receive non-inverting input

RS485_B

Receive inverting input

RS485_X

Transmit non-inverting output

RS485_Y

Transmit inverting output

CANH

CAN Transmit/Receive H

CANL

CAN Transmit/Receive L

There is no termination facility on the YLCDRZA1H; if cable termination is required insert a 75 ohm resistor across

the appropriate signals at the screw-in connector.

Note that two additional UARTs and an additional CAN port are available on the PMOD Port; only one of those

UARTs is in a standard Digilent PMOD configuration however it is possible to create custom non-standard PMODs

for that port and access these extra serial interfaces.

8.7.1 - RS232, RS433, and RS485

The YLCDRZA1H employs an Intersil ISL41387IRZ-T multi-protocol transceiver has the following key features:

• Selectable RS232 or RS485/RS422

• ±15kV (HBM) ESD protected

• Single ended or differential

• Half or full duplex

• Large (2.7V) differential VOUT for improved noise immunity in RS485/RS422 networks

• Full failsafe (open/short) RX in RS485/RS422 mode

• RS232 transmit rates up to 650kbps, receive rates to 2mbps

• RS485/RS422 data rates up to 20Mbps

• RS485/RS422 slew rate limit options for 460kbps and 115kbps

It is an excellent choice for many RS485 point-to-point and multi-drop networks and works particularly well in

many industrial PLC configurations. The dual mode support enables, via the S4 DIP switch, RS232 instead of RS485

levels. Only one mode (RS232 or RS422/485) can be supported at any given time, and the mode is not software

selectable – it is assumed that the installation process and environment determines which transmission standard is

being connected.

The transceiver is connected to the MCU’s UART as follows:

MCU

Schematic

Operation

Port

Function

Module

Baseboard

P8.10

GPO

P8_10/RS_DEN

RZM-RS_DEN

Transmit Drive Enable (active high)

P8.11

GPO

P8_11/RS_ON

RZM-RS_ON

Transceiver Enable (active high)

P3.1

TxD2

P3_1/UART_TX

RZM_UART_TX

Transmit Data

P3.2

RxD2

P3_2/UART_RX

RZM-UART_RX

Receive Data

The DIP Switch S4 enables a variety of features on this port. The legend on the Baseboard PCB can help with these

settings.

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RS232 or RS422/RS485 Mode

DIP switch

S4.3

controls which standard the transceiver conforms to; setting this switch ON puts the transceiver in

RS232 level mode; the switch OFF puts the transceiver in RS422/RS485 mode.

Slew Rate and Speed Limiting (RS422/RS485 only)

In RS422/485 mode, DIP switch

S4.1

and

S4.2

control the slew rate and speed limits respectively. Set these

switches as slow as possible but adequate for the target network rate according to the table.

RSXXX Half/Full Duplex Selection

The RSXXX port can operate in full duplex mode where data can be independently and simultaneously flowing in

the receive and out the transmit pins. It can also be configured to operate in half duplex mode where

input/output data is often carried on the same wire(s) and the directionality takes turns.

The main difference between the modes lies in how the transmit and receive enable of the transceiver are

configured and used. In full duplex mode, the transceiver receive data is always enabled and being processed by

the RZ MCU. In half duplex mode, the receive data is only valid when not transmitting – this avoids receive MCU

algorithms from “seeing” the same data that they send if the network shares the same wires for transmit and

receive. Full duplex mode always implies separate network wires for transmit and receive. Even then, you may not

want to always have your transmitter enabled – there are many custom networks where the “master” in a network

owns one network wire (or pair in differential mode) and can broadcast at any time to the “slaves” whereas the

slaves must share the return line according to some convention to avoid collisions.

Given the many possible combinations on custom networks, there are two key elements that need to be

addressed:

1. Is the receiver always on, delivering data to the MCU’s UART all the time, or is the network wiring half

duplex and the receiver disabled during transmission to avoid “seeing your own packets”?

2. Is the transmitter always on, or must it be only turned on when the UART transmits on the network?

Receive Enable: Full and Half Duplex Selection

DIP switch

S4.4

controls how the RSXXX transceiver’s receiver is enabled. When S4.4 is OFF (full duplex mode), a

weak pull-up on the RSXXX transceiver’s

RXEN

pin ensures that by default the RSXXX transceiver’s receiver is always

enabled and delivering data to the MCU.

When

S4.4

(half duplex mode), the RSXXX transceiver’s

RXEN

pin is connected to GND. In this mode, the

RSXXX transceiver’s receive enable is controlled by its

RXEN

# which is connected to the opposite polarity DEN

(drive

enable) pin. In this configuration, whenever the transmitter is enabled, the receiver is disabled and the receive

data “marks idle” with a weak pull-up.

Transmit Enable

The transceiver’s transmit drive enable (

DEN

) pin (when asserted/high) turns on the output drivers on the

transceiver and presents UART transmit data onto the network. To avoid any network glitches on power-up, this is

always held low (inactive) until the MCU explicitly asserts this signal active/high.

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8.7.2 - CAN

The CAN transceiver on the YLCDRZA1H Baseboard is implemented with an Infineon IFX1050GVIO or similar device

with the following specifications:

 CAN data transmission rate up to 1 Mbaud

 Suitable for 12V and 24V network applications

 Excellent EMC performance (very high immunity and very low emission)

 ISO/DIS 11898 compatible

The transceiver is connected to the MCU’s CAN1 port as follows:

MCU

Schematic

Operation

Port

Function

Module

Baseboard

P5.10

CAN1TX

P5_10/CAN1TX

170

RZM-CANTX

CAN Transmit Data

P1.4

CAN1RX

P1_4/CAN1RX

134

RZM_CANRX

CAN Receive Data

8.8 - SD Card Socket

The full sized SD Card socket on the Baseboard is connected directly to the MCU

via the Renesas RZ/A1H’s built-in SD Card controller, channel 0:

MCU

Schematic

Operation

Port

Function

Module

Baseboard

P4.13

SD_CMD_0

P4_13/SD_CMD

RZM-SD_CMD

SD Command/Response

P4.12

SD_CLK_0

P4_12/SD_CLK

RZM-SD_CLK

SD Clock

P4.8

SD_CD_0

P4_8/SD_CD

115

RZM-SD_CD

SD Card Detect (active low, pulled high)

P4.9

SD_WP_0

P4_9/SD_WP

RZM-SD_WP

SD Write Protect (active low, pulled high)

P4.11

SD_D0_0

P4_11/SD_D0

119

RZM-SD_D0

SD Data Bus D0 (LSB)

P4.10

SD_D1_0

P4_10/SD_D1

RZM-SD_D1

SD Data Bus D1

P4.15

SD_D2_0

P4_15/SD_D2

106

RZM-SD_D2

SD Data Bus D2

P4.14

SD_D3_0

P4_14/SD_D3

123

RZM-SD_D3

SD Data Bus D3 (MSB)

With 8.16 - DIP Switch S1 set in the correct position, and an SD Card correctly formatted inserted in the SD Card

socket, the YLCDRZA1H is capable of booting directly from this device.

8.9 - USB Host and Device

The Renesas RZ/A1H MCU features independent USB 2.0 host and USB 2.0 device (or

“function”) ports, both capable of 480mbps data rates.

The USB Device port is exposed via a standard USB Micro B connector on the

YLCDRZA1H Baseboard and is connected to the MCU as follows:

MCU

Schematic

Operation

Port

Function

Module

Baseboard

VBUSIN1

RZM-USBF_VBUS

USB Device (“Function”) VBUS Detect

DP_0

USBF_P

RZM-USBF_P

USB Device (“Function”) D+

DP_1

USBF_N

RZM-USBF_N

USB Device (“Function”) D-

The USB host port is exposed via a standard USB A connector on the YLCDRZA1H Baseboard, and is current limited

to 150mA to prevent inappropriately large current devices from affecting the operation of the YLCDRZA1H system.

See Chapter 5.5 - USB Host Power Subsystem for more information. The port is connected to the MCU as follows:

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MCU

Schematic

Operation

Port

Function

Module

Baseboard

P1.6

1see note

P1_6-USBH_5V_EN#

132

RZM-USBH_5V_EN#

USB Host VBUS Power Out Enable (active low)

USBH_5V

USB Host VBUS Power Out

VBUSIN0

RZM-USBH_VBUS

USB Host VBUS Detect

P1.12

TINT20/GPI

P1_12/TINT20-USBH_OC

RZM_USBH_OC#

USB Host VBUS Overcurrent Detect (active low)

DP_1

USBH_P

RZM-USBH_P

USB Host D+

DM_1

USBH_N

RZM-USBH_N

USB Host D-

1on v2.0 units,

P1.6

was incorrectly used to drive the USB Host Power Enable (

RZM-USBH_5V_EN

on the RZ Module; DIMM pin

132). This port is open drain only on the MCU, and is incapable of driving high and enabling the power supply. All v2.0 units

should include a post-production modification connecting U21 pin 7 (

ENUSB

) to U21 pin 8 (

FAULT#

) to enable the USB supply

during all non-overcurrent situations. Version 2.1 units have an inverter with input pull-up added to this path. In this

configuration, the RESET# condition disables the USB Host Power Enable, and asserting

P1_6

low enables the USB Host Power.

8.10 - Battery Backed Real Time Clock Calendar (RTCC)

The Renesas RZ/A1H MCU has a built-in Real Time Clock Calendar (RTCC), and the RZ Module

provides a 32.768 kHz dedicated crystal to enable precise timekeeping while power is

connected. Often network connected , systems can fetch the current time from the network

on boot and program the MCU’s RTCC to the correct time, which will be maintained for the

duration of the powered session.

The Baseboard adds an extra feature: a separate lithium coin-cell backed I2C RTCC subsystem.

The NXP PCF8523 RTCC requires less than a few hundred nano Amperes to operate and the

small CR1025 3V 30mAH coin cell can keep the RTCC running for several years without

replacement.

When replacing the battery, ensure correct orientation: the flat side (+) should be up and away

from the PCB surface, and the rounded side (-) should be contacting the PCB surface.

The NXP RTCC is an I2C controlled device, appearing on I2C Bus 0 at 7-bit I2C address 0x68:

Address

I2C

Bus

Max

kHz

Location Device

7-bit

Read

Write

0x68

0xD1

0xD0

1000

Baseboard PCF8523 Real Time Clock Calendar

Chapter 10 – I2C Device Summary lists all the I2C devices on the YLCRZA1H.

YLCDRZA1H v2.1 Baseboards have an additional R/C circuit on the main power input as recommended by NXP to

improve battery to main power switchover.

8.11 - PMOD Port

The YLCDRZA1H has one Digilent PMOD™ compatible 2x6 host port. It supports,

depending on MCU configuration and software, one of these standard PMOD

configurations:

• Type 1 - GPIO

• Type 2 - SPI

• Type 2A - Expanded SPI

• Type 4 - UART without CTS/RTS flow control

• Type 4A - Expanded UART without CTS/RTS flow control

For information on the PMOD convention, see the Digilent website, or read the PMOD

standard.

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The PMOD port on the YLCDRZA1H also has some non-standard and unique features you can exploit with custom

cards. Normally with PMOD mode 2/2A/4/4A support, you choose SPI or UART mode. The YLCDRZA1H’s PMOD

offers the following choices:

• SPI (standard pin-out mode 2/2A)

• UART (standard pin-out mode 4/4A)

• UART + CAN (both non-standard pin-out)

• UART + UART (one UART standard pin-out, one non-standard)

These ports do not have transceivers, are in addition and separate from the Industrial Networking: CAN, RS232,

RS485 ports which have full transceivers on the Baseboard.

With custom PMOD-like cards, or a simple wire harness from the YLCDRZA1H’s PMOD connector, you can access

this additional functionality. Contact Renesas for information about any example cards available.

Pay special attention to the pin order of the PMOD connectors: it is not the zigzag numbering

convention normally used for headers. Incorrectly wiring to the PMOD connectors may

damage your YLCDRZA1H or even other connected equipment.

The PMOD signals are 3.3V only. Do not connect 5V or higher signals, for example full-level

RS232 signals, to this port directly. If, for example, a full-level RS232 port is desired the

Digilent PMOD RS232X plugs into the connector and translates these voltages.

The PMOD connector signals are connected throughout the YLCDRZA1H as follows; the PMOD pin numbers are per

the PMOD (non-zigzag) specification:

MCU

Schematic

PMOD

Operation

Port

Function

Module

Baseboard

+3V3

+3.3V to PMOD

GND

System GND

P3.7

GPIO

P3_7-PMOD_RST#

RZM-PMOD_RST#

PMOD Reset Out (active low)

P1.11

TINT19/GPIO

P1_11/TINT19-PMOD_IRQ

RZM-PMOD_IRQ

PMOD connector IRQ or GPIO

P8.14

GPIO/RXPCK2/TxD4

P8_14/RSPCK2

RZM_RSPCK2

PMOD SPI Clock or UART Tx

P9.1

P8.9

GPIO/MISO2/CAN0RX

GPIO/RXD3/SPDIF_OUT

P9_1/MISO2-P8_9/RXD3

RZM_PMOD_RX

PMOD SPI Master In/Slave Out or

CAN RX

PMOD UART RxD or SPDIF OUT

P9.0

P8.8

GPIO/MOSI2/CAN0TX

GPIO/TXD3/SPDIF_IN

P9_0/MOSI2-P8_8/TXD3

RZM_PMOD_TX

PMOD SPI Master Out/Slave In or

CAN Tx

PMOD UART TxD or SPDIF IN

P8.15

GPIO/SSL20/RxD4

P8_15/SSL20

RZM_SSL20

PMOD SPI Slave Select or UART Rx

Note how two pairs of MCU pins are joined and overlaid on the PMOD connector. This enables both the standard

UART and SPI modes as well as other possibilities, including CAN, SPDIF, and a second UART.

Only enable one function per joined signal (e.g. P9.1 & P8.9) on the MCU to be an output to

avoid damaging the MCU.

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This table summarizes the configuration of the MCU pins for the various standard PMOD modes:

MCU

PMOD

Standard PMOD Configuration for Mode

Port Pin

GPIO

UART

XUART

SPI

XSPI

P3.7

GPIO

GPO

P1.11

GPIO/TINT19

TINT19

P8.14

GPIO

GPO/RTS#

RXPCK2

P9.1

GPIO

MISO2

P8.9

GPIO

RxD3

P9.0

GPIO

MOSI2

P8.8

GPIO

TxD3

P8.15

GPIO

GPI/CTS#

SSL20/GPO

SSL20/GPIO

This table summarizes the configuration of the MCU pins for the various non-standard PMOD modes:

MCU

PMOD

Non-Standard PMOD Configuration for Mode

Port Pin

CAN

GPIO

CAN

UART

GPIO

UART

SPDIF

GPIO

UART

SPDIF

P3.7

GPIO/TINT47

P1.11

GPIO/TINT19

P8.14

TxD4

P9.1

CAN0RX

GPIO/TINT132

P8.9

RxD3

SPDIF_OUT

P9.0

CAN0TX

GPIO/TINT131

P8.8

TxD3

SPDIF_IN

P8.15

RxD4

TxD4

8.12 - Segger J-Link On-Board Debugger/Programmer

The YLCDRZA1H Baseboard includes a Segger J-Link On-Board debugger/programmer to

enable easy and effective software development without the need for an external

programmer/debugger. The USB Micro connector near the barrel power jack is the PC’s

connection point for this debugger – see Chapter 3 – Getting Started, Section 3.3 -

Connecting to the Segger J-Link On-Board Debugger. The debugger is connected directly to the MCU:

MCU

Schematic

Operation

Port

Function

Module

Baseboard

JP0_1

TDO

RZM-TDO

JTAG test data out

TCK

RZM-TCK

JTAG test clock

JP0_0

TDI

RZM-TDI

JTAG test data In

TMS

RZM-TMS

JTAG test mode select

TRST

TRST#

RZM-TRST#

JTAG test reset (active low)

RES

RESET#

RZM-RESET#

System Reset (open drain, active low)

Also RESET Pushbutton S3 on Baseboard

Details of this circuit are the proprietary and confidential property of SEGGER Microcontroller GmbH & Co. KG, and

can only be implemented under license from Segger; contact Segger for details.

The Baseboard’s LED2 green element is controlled directly by the Segger J-Link On-Board and flashes to indicate

activity on the debugger.

8.13 - Ambient Light Sensor

In low-light conditions, the LCD can be so bright it can visually “bloom” and difficult to read. As in mobile phones

and tablets, the YLCDRZA1H includes a forward-facing through-glass ambient light sensor, enabling software to

monitor the ambient light conditions and dynamically adjust the LCD backlight intensity.

The Avago APDS-9002-021 Ambient Light Sensor (ALS) is a simple device that outputs a current proportional to the

ambient light conditions. Through a resistor, this appears as a voltage between 0 and 3.3V on an Analog to Digital

Converter (ADC) input on the MCU. Software can poll this ADC periodically. The ALS is connected as follows:

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MCU

Schematic

Operation

Port

Function

Module

Baseboard

P1.8

AN0

P1_8/AN0_ALS

RZM-AN0_ALS

Ambient light sensor analog input

8.14 - Digital Video Camera

A forward-facing VGA (640x480) color digital video camera module based on the popular

OmniVision OV7670 smart sensor is included in the YLCDRZA1H.

The video data is moved over a dedicated high speed parallel video data channel.

Operation and features of the camera are controlled over I2C.

The camera module is connected as follows:

MCU

Schematic

Operation

Port

Function

Module

DIMM

Baseboard

P10.0

VIO_CLK

P10_0/VIO_CLK

RZM-VIO_CLK

Camera CLK

P10.1

VIO_VD

P10_1/VIO_VSYNC

RZM-VIO_VSYNC

Camera Vertical Sync

P10.2

VIO_HD

P10_2/VIO_HSYNC

RZM-VIO_HSYNC

Camera Horizontal Sync

P10.3

VIO_FLD

P10_3/VIO_FLD

RZM-VIO_FLD

Camera FLD

P10.4

VIO_D0

P10_4/VIO_D0

109

RZM-VIO_D0

Camera D0 (LSB)

P10.5

VIO_D1

P10_5/VIO_D1

107

RZM-VIO_D1

Camera D1

P10.6

VIO_D2

P10_6/VIO_D2

RZM-VIO_D2

Camera D2

P10.7

VIO_D3

P10_7/VIO_D3

RZM-VIO_D3

Camera D3

P10.8

VIO_D4

P10_8/VIO_D4

RZM-VIO_D4

Camera D4

P10.9

VIO_D5

P10_9/VIO_D5

127

RZM-VIO_D5

Camera D5

P10.10

VIO_D6

P10_10/VIO_D6

RZM-VIO_D6

Camera D6

P10.11

VIO_D7

P10_11/VIO_D7

117

RZM-VIO_D7

Camera D7 (MSB)

P1.0

P1.0/SCL0

P1_0/SCL0

126

RZM-SCL0

I2C0 Clock

P1.0

P1.1/SDA0

P1_1/SDA0

128

RZM-SDA0

I2C0 Data

The OV7670 I2C communication protocol is described in detail in the OmniVision Serial Camera Control Bus (SCCB)

Functional Specification, and is present on I2C bus 0 at 7-bit address 0x21:

Address

I2C

Bus

Max

kHz

Location Device

7-bit

Read

Write

0x21

0x43

0x42

400

Baseboard OV7670 Camera Module

See Chapter 10 – I2C Device Summary for a complete list of I2C Devices on the YLCDRZA1H.

8.15 - Switches

The baseboard has two pushbuttons and two 4-position DIP switches for selecting YLCDRZA1H features:

Switch Type Purpose

4 Switch DIP Slide MCU Boot Mode and Spread Spectrum Clocking

NOMC SPST Pushbutton User Input

NOMC SPST Pushbutton System Reset when pressed

4 Switch DIP Slide RS232/485 Transceiver Options

DIP Switch S1 controls the MCU boot modes and spread spectrum clocking. See Chapter 7.3 - MCU Boot Mode

Selection and Chapter 7.6 - On-Module Clocking.

DIP Switch S4 controls various RS232/485 transceiver capabilities: See Chapter 8.7 - Industrial Networking: CAN,

RS232, RS485.

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is a simple GPIO/Interrupt input into the MCU, and can be used by software for any user-input purpose. S3 is

connected to the system RESET# line, debounced and managed on the RZ Module as described in 7.2 - System

Reset. They are connected as follows:

MCU

Schematic

Operation

Port

Function

Module

Baseboard

P7.8

GPI/IRQ1

P7_8/IRQ1

195

RZM-P7_8/IRQ1

Baseboard Pushbutton S2 (active low w/ IRQ)

RES

RESET#

RZM-RESET#

System Reset (open drain, active low)

Also RESET Pushbutton S3 on Baseboard

8.16 - LEDs

The Baseboard has two tri-color LEDs (red, green, orange=red+green):

LED Green Red

LED1

Software P3.9 (active high) Software P3.8 (active high)

LED2

Segger J-Link Activity Baseboard Power Present

LED1 is connected as follows:

MCU

Schematic

Operation

Port

Function

Module

DIMM

Baseboard

P3.8

P3_8-RZM_LED_RED

RZM-LED_RED

Baseboard LED1 Red element (active high)

P3.9

P3_9-RZM_LED_GRN

RZM-LED_GRN

Baseboard LED1 Green element (active high)

8.17 - CryptoAuthentication

The YLCDRZA1H Baseboard includes an Atmel ATSHA204A CryptoAuthentication Chip, which includes 4.5kbit

EEPROM and a Random Number Generator (RNG).

The encryption key OTP area within the 4.5kbit EEPROM is pre-programmed by Serious

Integrated Inc. for support of the Serious Human Interface™ Platform (SHIP) and is unavailable

for other uses. Modifying or writing to this area will permanently remove your ability to use

SHIP on the YLCDRZA1H.

The chip appears on I2C bus 0 at 7-bit address 0x64:

Address

I2C

Bus

Max

kHz

Location Device

7-bit

Read

Write

0x64

0xC9

0xC8

1000

Baseboard ATSHA204A Crypto + RNG + EEPROM

Consult the Atmel ATSHA204 Data Sheet for programming and hardware information of the ATSHA204 device.

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Chapter 9 – External Interrupt Summary

MCU

Schematic

Operation

Port

Function

Module

Baseboard

IRQ0

P7.8

IRQ1/GPIO

P7_8/IRQ1

195

RZM-P7_8/IRQ1

Baseboard Pushbutton S2 (active low w/IRQ)

IRQ2

P1.9

IRQ3

P1_9_IRQ-AUDIO_IRQ

RZM-AUDIO_IRQ

Audio System

P1.10

IRQ4

P1_10/IRQ4-TOUCH_IRQ

RZM-TOUCH_IRQ

LCD Touch controller

P1.5

IRQ5

P1_5/IRQ5-ET_IRQ

171

RZM-ET_IRQ

Ethernet PHY (WOL)

IRQ6

IRQ7

P1.11

TINT19/GPIO

P1_11/TINT19-PMOD_IRQ

RZM-PMOD_IRQ

PMOD connector IRQ or GPIO

P1.12

TINT20/GPI

P1_12/TINT20-USBH_OC

RZM-USBH_OC#

USB host overcurrent

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Chapter 10 – I2C Device Summary

The two I2C interfaces on the YLCDRZA1H are as follows:

MCU

Schematic

Operation

Port

Function

Module

DIMM

Baseboard

P1.0

SCL0

P1_0/SCL0

126

RZM-SCL0

I2C0 Clock

P1.1

SDA0

P1_1/SDA0

128

RZM-SDA0

I2C0 Data

P1.2

P1.2/SCL1

P1_2/SCL1

165

RZM-SCL1

I2C1 Clock (Touch dedicated)

P1.3

P1.3/SDA1

P1_3/SDA1

169

RZM-SDA1

I2C1 Data (Touch dedicated)

The devices on these channels are as follows:

Address

I2C

Bus

Max

kHz

Location Device

7-bit

Read

Write

0x10

0x21

0x20

400

Baseboard MAX98089ETN+ Audio Codec/Amplifier

0x21

0x43

0x42

400

Baseboard OV7670 Camera Module

0x50

0xA1

0xA0

400

Baseboard 24AA02E48T EEPROM/MAC Address

0x57

0xAD

0xAC

400

Module CAT34C02 EEPROM

0x60

0xC1

0xC0

400

Module Si5351C Clock Synthesizer

0x64

0xC9

0xC8

1000

Baseboard ATSHA204A Crypto + RNG + EEPROM

0x68

0xD1

0xD0

1000

Baseboard PCF8523 Real Time Clock Calendar

0x5C

0xB9

0xB8

400

LCD Pixcir C48 Capacitive Touch Controller

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Chapter 11 – SPI Device Summary

The SPI interfaces on the YLCDRZA1H are as follows:

MCU

Schematic

Operation

Port

Function

Module

Baseboard

P9.2

SPBCLK0

P9_2/SPBCLK0

166

RZM-SPBCLK0

XIP/Boot Serial FLASH Clock

P9.3

SPBSSL0

P9_3/SPBSSL0

174

RZM-SPBSSL0

XIP/Boot Serial FLASH SSL#

P9.4

SPBIO00

P9_4/SPBIO00

178

RZM-SPBIO00

XIP Lo/Boot Serial FLASH Data 0/MOSI

P9.5

SPBIO10

P9_5/SPBIO10

173

RZM-SPBIO10

XIP Lo/Boot Serial FLASH Data 1/MISO

P9.6

SPBIO20

P9_6/SPBIO20

XIP Lo/Boot Serial FLASH Data 2

P9.7

SPBIO30

P9_7/SPBIO30

XIP Lo/Boot Serial FLASH Data 3

P2.12

SPBIO01

P2_12/SPBIO01

178

RZM-SPBIO01

XIP Hi Serial FLASH Data 0

P2.13

SPBIO11

P2_13/SPBIO11

173

RZM-SPBIO11

XIP Hi XIP Serial FLASH Data 1

P2.14

SPBIO21

P2_14/SPBIO21

XIP Hi XIP Serial FLASH Data 2

P2.15

SPBIO31

P2_15/SPBIO31

XIP Hi XIP Serial FLASH Data 3

The devices on these interfaces are:

Slave Select

SPI

Bus

Max

MHz

Location Device

P9_3/SPBSSL0

Module Both Serial FLASH Devices

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Chapter 12 - Schematics & Bills of Materials

12.1 - SO-DIMM Detail

The SO-DIMM socket on the YLCDRZA1H Baseboard is an inexpensive and readily-available TE 1473005-4 200Pos

0.6mm pitch socket. Designers can make their own baseboards and reuse the RZ Module as a time-to-prototype

vehicle. The DIMM socket has the following pin-out:

MCU

Schematic

Operation

Port

Function

Module

Baseboard

GND

System Ground

+5V

System +5V Main Supply

P11.8

LCD0_TCON6

P11_8/LCD_DEN

RZM-LCD_DEN

LCD Data Enable

P11.7

LCD_DATA0

P11_7/LCD_DATA0

RZM-LCD_DATA0

LCD Blue 0 (LSB)

P11.9

LCD0_TCON5

P11_9/LCD_VSYNC

RZM-LCD_VSYNC

LCD Vertical Sync

P11.6

LCD_DATA1

P11_6/LCD_DATA1

RZM-LCD_DATA1

LCD Blue 1

P8.13

GPIO

P8_13-TOUCH_RST#

RZM-TOUCH_RST#

LCD Touch controller reset (active low)

P11.1

LCD0_TCON4

P11_10/LCD_HSYNC

RZM-LCD_HSYNC

LCD Horizontal Sync

P8.11

GPO

P8_11/RS_ON

RZM-RS_ON

RSXXX Transceiver Enable (active high)

CKIO

RZM-CKIO

MCU System Clock Out (unused on Baseboard)

P8.10

GPO

P8_10/RS_DEN

RZM-RS_DEN

RSXXX Transmit Drive Enable (active high)

P8.8

GPIO/TXD3/SP

DIF_IN

P9_0/MOSI2-

P8_8/TXD3

RZM_PMOD_TX

PMOD UART TxD or SPDIF IN

GND

System Ground

+5V

System +5V Main Supply

P3.2

RxD2

P3_2/UART_RX

RZM-UART_RX

RSXXX Receive Data

P8.9

GPIO/RXD3/SP

DIF_OUT

P9_1/MISO2-

P8_9/RXD3

RZM_PMOD_RX

PMOD UART RxD or SPDIF OUT

P10.2

VIO_HD

P10_2/VIO_HSYNC

RZM-VIO_HSYNC

Camera Horizontal Sync

P8.12

PWM1E

P8_12/PWM1E-BLEN

RZM-BLEN

LCD Backlight Enable (active high)

P10.1

VIO_VD

P10_1/VIO_VSYNC

RZM-VIO_VSYNC

Camera Vertical Sync

P8.15

GPIO/SSL20/R

xD4

P8_15/SSL20

RZM_SSL20

PMOD SPI Slave Select or UART Rx

P3.3

MDIO

P3_3/ET_MDIO

RZM-ET_MDIO

MII Management data I/O

P8.14

GPIO/RXPCK2/

TxD4

P8_14/RSPCK2

RZM_RSPCK2

PMOD SPI Clock or UART Tx

P3.0

LCD0_CLK

P3_0/LCD_CLK

RZM-LCD_CLK

Dot Clock

P9.0

GPIO/MOSI2/C

AN0TX

P9_0/MOSI2-

P8_8/TXD3

RZM_PMOD_TX

PMOD SPI Master Out/Slave In or CAN Tx

P3.1

TxD2

P3_1/UART_TX

RZM_UART_TX

RSXXX Transmit Data

P9.1

GPIO/MISO2/C

AN0RX

P9_1/MISO2-

P8_9/RXD3

RZM_PMOD_RX

PMOD SPI Master In/Slave Out or CAN RX

RES

RESET#

RZM-RESET#

System Reset (open drain, active low)

Also RESET Pushbutton S3 on Baseboard

P3.6

RXDV

P3_6/ET_RXDV

RZM-ET_RXDV

MII Receive data valid

P0.5

GPO

P0_5-ET_RESET#

RZM-ET_RESET#

MII PHY Reset (active low)

P3.7

GPIO

P3_7-PMOD_RST#

RZM-PMOD_RST#

PMOD Reset Out (active low)

P0.4

GPO

P0_4-MMC_RST#

RZM-MMC_RST

MMC Reset (active low with pull-up)

P10.0

VIO_CLK

P10_0/VIO_CLK

RZM-VIO_CLK

Camera CLK

GND

System Ground

+5V

System +5V Main Supply

DP_1

USBF_N

RZM-USBF_N

USB Device (“Function”) D-

P3.5

RXER

P3_5/ET_RXER

RZM-ET_RXER

MII Receive error

DP_0

USBF_P

RZM-USBF_P

USB Device (“Function”) D+

P10.3

VIO_FLD

P10_3/VIO_FLD

RZM-VIO_FLD

Camera FLD

GND

System Ground

P3.4

RXCLK

P3_4/ET_RXCLK

RZM-ET_RXCLK

MII Receive Clock

VBUSIN1

RZM-USBF_VBUS

USB Device (“Function”) VBUS Detect

+3V3

RZM_3V3

+3.3V Module Supply Out (unconnected on

Baseboard)

VBUSIN0

RZM-USBH_VBUS

USBH Power Detection (active high)

unconnected/reserved

YLCDRZA1H

Technical Reference Ma nual

Rev 2.20

Jul 21, 2015

Page 32 of 68

MCU

Schematic

Operation

GND

System Ground

unconnected/reserved

DP_1

USBH_P

RZM-USBH_P

USB Host D+

+5V

System +5V Main Supply

DM_1

USBH_N

RZM-USBH_N

USB Host D-

unconnected/reserved

GND

System Ground

P1.10

IRQ4

P1_10/IRQ4-

TOUCH_IRQ

RZM-TOUCH_IRQ

LCD Touch controller interrupt

P1.8

AN0

P1_8/AN0_ALS

RZM-AN0_ALS

Ambient light sensor analog input

P1.15

GPIO

P1_15-LCD_ON

RZM-P1_15

(unused on Baseboard, input only signal)

P1.13

GPIO

P1_13-USBH_5V_EN

RZM-P1_13

(unused on Baseboard, input only signal)

P1.12

TINT20/GPIO

P1_12/TINT20-

USBH_OC

RZM_USBH_OC#

USB Host VBUS Overcurrent Detect (active low)

P1.11

TINT19/GPIO

P1_11/TINT19-

PMOD_IRQ

RZM-PMOD_IRQ

PMOD connector IRQ or GPIO

P1.14

COL

P1_14/ET_COL

RZM-ET_COL

MII Collision detection

GND

System Ground

+5V

System +5V Main Supply

P0.1

MD_BOOT1

P0_1/MD_BOOT1

RZM-BOOT1

MCU Boot Mode

P1.9

IRQ3

P1_9/IRQ3-

AUDIO_IRQ

RZM-AUDIO_IRQ

Audio Codec Interrupt

unconnected/reserved

P1.9

IRQ3

P1_9_IRQ-

AUDIO_IRQ

RZM-AUDIO_IRQ

Audio System

P3.14

MMC_D3

P3_14/MMC_D3

RZM-MMC_D3

e-MMC Data Bus D3

P3.9

P3_9-RZM_LED_GRN

RZM-LED_GRN

Baseboard LED1 Green element (active high)

P4.1

LCD_DATA9

P4_1/LCD_DATA9

RZM-LCD_DATA9

LCD Green 1

CLKAUDIO_24MHZ

RZM-AUDIO_CLK

24MHz Base Codec Clock from RZ Module

P4.2

LCD_DATA10

P4_2/LCD_DATA10

RZM-LCD_DATA10

LCD Green 2

unconnected/reserved

P4.3

LCD_DATA11

P4_3/LCD_DATA11

RZM-LCD_DATA11

LCD Green 3

P3.8

P3_8-RZM_LED_RED

RZM-LED_RED

Baseboard LED1 Red element (active high)

P3.8

P3_8-RZM_LED_RED

RZM-LED_RED

Baseboard LED1 Red element (active high)

P10.6

VIO_D2

P10_6/VIO_D2

RZM-VIO_D2

Camera D2

unconnected/reserved

+5V

System +5V Main Supply

GND

System Ground

P10.7

VIO_D3

P10_7/VIO_D3

RZM-VIO_D3

Camera D3

TRST

TRST#

RZM-TRST#

JTAG test reset (active low)

P4.5

LCD_DATA13

P4_5/LCD_DATA13

RZM-LCD_DATA13

LCD Green 5

JP0.0

TDI

RZM-TDI

JTAG test data In

P2.0

TXCLK

P2_0/ET_TXCLK

RZM-ET_TXCLK

Transmit Clock

JP0.1

TDO

RZM-TDO

JTAG test data out

P4.6

LCD_DATA14

P4_6/LCD_DATA14

RZM-LCD_DATA14

LCD Green 6

TMS

RZM-TMS

JTAG test mode select

P4.9

SD_WP_0

P4_9/SD_WP

RZM-SD_WP

SD Write Protect (active low, pulled high)

TCK

RZM-TCK

JTAG test clock

P2.1

P2.1/ET_TXER

P2_1/ET_TXER

RZM-ET_TXER

MII Transmit Error or GPIO (unused on

Baseboard)

GND

System Ground

+5V

System +5V Main Supply

P3.10

MMC_D1

P3_10/MMC_D1

RZM-MMC_D1

e-MMC Data Bus D1

P10.8

VIO_D4

P10_8/VIO_D4

RZM-VIO_D4

Camera D4

P3.12

MMC_CLK

P3_12/MMC_CLK

RZM-MMC_CLK

MMC clock

P4.10

SD_D1_0

P4_10/SD_D1

RZM-SD_D1

SD Data Bus D1

P3.11

MMC_D0

P3_11/MMC_D0

RZM-MMC_D0

e-MMC Data Bus D0 (LSB)

P10.1

VIO_D6

P10_10/VIO_D6

RZM-VIO_D6

Camera D6

GND

System Ground

P4.12

SD_CLK_0

P4_12/SD_CLK

RZM-SD_CLK

SD Clock

P3.13

MMC_CMD

P3_13/MMC_CMD

RZM-MMC_CMD

MMC Command/response

YLCDRZA1H

Technical Reference Ma nual

Rev 2.20

Jul 21, 2015

Page 33 of 68

MCU

Schematic

Operation

P4.13

SD_CMD_0

P4_13/SD_CMD

RZM-SD_CMD

SD Command/Response

P3.15

MMC_D2

P3_15/MMC_D2

RZM-MMC_D2

e-MMC Data Bus D2

+5V

100

+5V

System +5V Main Supply

GND

101

GND

System Ground

+5V

102

+5V

System +5V Main Supply

P4.0

LCD_DATA8

P4_0/LCD_DATA8

103

RZM-LCD_DATA8

LCD Green 0 (LSB)

P2.2

TXEN

P2_2/ET_TXEN

104

RZM-ET_TXEN

MII Transmit Enable

P4.4

LCD_DATA12

P4_4/LCD_DATA12

105

RZM-LCD_DATA12

LCD Green 4

P4.15

SD_D2_0

P4_15/SD_D2

106

RZM-SD_D2

SD Data Bus D2

P10.5

VIO_D1

P10_5/VIO_D1

107

RZM-VIO_D1

Camera D1

P10.1

SSICLK1

P10_12/SSISCK

108

RZM_SSISCK

Serial Sound Interface Clock

P10.4

VIO_D0

P10_4/VIO_D0

109

RZM-VIO_D0

Camera D0 (LSB)

P2.5

TXD[1]

P2_5/ET_TXD1

110

RZM-ET_TXD1

MII Transmit Data 1

P4.7

LCD_DATA15

P4_7/LCD_DATA15

111

RZM-LCD_DATA15

LCD Green 7 (MSB)

P10.1

SSITxD1

P10_15/SSITxD

112

RZM_SSITxD

Serial Sound Transmit Data (output)

GND

113

GND

System Ground

+5V

114

+5V

System +5V Main Supply

P4.8

SD_CD_0

P4_8/SD_CD

115

RZM-SD_CD

SD Card Detect (active low, pulled high)

P10.1

SSIRxD1

P10_14/SSIRxD

116

RZM_SSIRxD

Serial Sound Receive Data (input)

P10.1

VIO_D7

P10_11/VIO_D7

117

RZM-VIO_D7

Camera D7 (MSB)

P2.9

RXD[1]

P2_9/ET_RXD1

118

RZM-ET_RXD1

MII Receive Data 1

P4.11

SD_D0_0

P4_11/SD_D0

119

RZM-SD_D0

SD Data Bus D0 (LSB)

P2.7

TXD[3]

P2_7/ET_TXD3

120

RZM-ET_TXD3

MII Transmit Data 3 (MSB)

P2.3

CRS

P2_3/ET_CRS

121

RZM-ET_CRS

Carrier detection

P2.10

RXD[2]

P2_10/ET_RXD2

122

RZM-ET_RXD2

MII Receive Data 2

P4.14

SD_D3_0

P4_14/SD_D3

123

RZM-SD_D3

SD Data Bus D3 (MSB)

124

unconnected/reserved

GND

125

GND

System Ground

P1.0

SCL0

P1_0/SCL0

126

RZM-SCL0

I2C0 Clock

P10.9

VIO_D5

P10_9/VIO_D5

127

RZM-VIO_D5

Camera D5

P1.1

SDA0

P1_1/SDA0

128

RZM-SDA0

I2C0 Data

P2.4

TXD[0]

P2_4/ET_TXD0

129

RZM-ET_TXD0

MII Transmit Data 0 (LSB)

+5V

130

+5V

System +5V Main Supply

P2.11

RXD[3]

P2_11/ET_RXD3

131

RZM-ET_RXD3

MII Receive Data 3 (MSB)

P1.6

P1.6/SCL3

P1_6/SCL3

132

RZM-

USBH_5V_EN#

See 5.5 - USB Host Power Subsystem

P10.1

SSIWS1

P10_13/SSIWS

133

RZM_SSIWS

Serial Sound Word Select

P1.4

CAN1RX

P1_4/CAN1RX

134

RZM_CANRX

CAN Receive Data

P2.6

TXD[2]

P2_6/ET_TXD2

135

RZM-ET_TXD2

MII Transmit Data 2

P1.7

P1.7/SDA3

P1_7/SDA3

136

RZM-P1_7

(unused on Baseboard)

P2.8

RXD[0]

P2_8/ET_RXD0

137

RZM-ET_RXD0

MII Receive Data 0 (LSB)

+5V

138

+5V

System +5V Main Supply

GND

139

GND

System Ground

GND

140

GND

System Ground

GND

141

GND

System Ground

P5.0

LCD_DATA16

P5_0/LCD_DATA16

142

RZM-LCD_DATA16

LCD Red 0 (LSB)

GND

143

System Ground

P5.1

LCD_DATA17

P5_1/LCD_DATA17

144

RZM-LCD_DATA17

LCD Red 1

GND

145

GND

System Ground

GND

146

GND

System Ground

GND

147

GND

System Ground

P5.4

LCD_DATA20

P5_4/LCD_DATA20

148

RZM-LCD_DATA20

LCD Red 4

GND

149

GND

System Ground

P5.5

LCD_DATA21

P5_5/LCD_DATA21

150

RZM-LCD_DATA21

LCD Red 5

GND

151

GND

System Ground

GND

152

GND

System Ground

GND

153

GND

System Ground

YLCDRZA1H

Technical Reference Ma nual

Rev 2.20

Jul 21, 2015

Page 34 of 68

MCU

Schematic

Operation

P5.2

LCD_DATA18

P5_2/LCD_DATA18

154

RZM-LCD_DATA18

LCD Red 2

GND

155

GND

System Ground

P5.3

LCD_DATA19

P5_3/LCD_DATA19

156

RZM-LCD_DATA19

LCD Red 3

GND

157

GND

System Ground

GND

158

GND

System Ground

GND

159

GND

System Ground

P5.6

LCD_DATA22

P5_6/LCD_DATA22

160

RZM-LCD_DATA22

LCD Red 6

GND

161

GND

System Ground

P5.7

LCD_DATA23

P5_7/LCD_DATA23

162

RZM-LCD_DATA23

LCD Red 7 (MSB)

GND

163

GND

System Ground

GND

164

GND

System Ground

P1_2/SCL1

165

RZM-SCL1

Touch dedicated I2C1 Clock

P9.2

SPBCLK0

P9_2/SPBCLK0

166

RZM-SPBCLK0

Serial FLASH Clock

GND

167

GND

System Ground

P5.9

MDC

P5_9/ET_MDC

168

RZM-ET_MDC

Management data clock

P1_3/SDA1

169

RZM-SDA1

Touch dedicated I2C1 Data

P5.10

CAN1TX

P5_10/CAN1TX

170

RZM-CANTX

CAN Transmit Data

P1.5

IRQ5

P1_5/IRQ5-ET_IRQ

171

RZM-ET_IRQ

PHY Interrupt (active low)

GND

172

GND

System Ground

P9.5

SPBIO10

P9_5/SPBIO10

173

RZM-SPBIO10

Serial FLASH MISO

P9.3

SPBSSL0

P9_3/SPBSSL0

174

RZM-SPBSSL0

Serial FLASH SSL#

P11.1

LCD_DATA6

P11_1/LCD_DATA6

175

RZM-LCD_DATA6

LCD Blue 6

P0.3

MD_CLKS/GPIO

P0_3/MD_CLKS

176

RZM-SSCG

Enables Spread Spectrum Clocking in MCU by

Baseboard S1.2 (ON/active GND,OFF pulled high

(4.7kΩ) on RZ Baseboard)

P11.3

LCD_DATA4

P11_3/LCD_DATA4

177

RZM-LCD_DATA4

LCD Blue 4

P9.4

SPBIO00

P9_4/SPBIO00

178

RZM-SPBIO00

Serial FLASH MOSI

P7.0

MD_BOOT2

P7_0/MD_BOOT2

179

RZM-BOOT2

MCU Boot Mode

180

unconnected/reserved

P11.7

LCD_DATA0

P11_7/LCD_DATA0

181

RZM-LCD_DATA7

LCD Blue 7 (MSB)

182

unconnected/reserved

P11.2

LCD_DATA5

P11_2/LCD_DATA5

183

RZM-LCD_DATA5

LCD Blue 5

184

unconnected/reserved

P11.1

MMC_D6

P11_14/MMC_D6

185

RZM-MMC_D6

e-MMC Data Bus D6

186

unconnected/reserved

P11.1

MMC_D4

P11_12/MMC_D4

187

RZM-MMC_D4

e-MMC Data Bus D4

188

unconnected/reserved

GND

189

GND

System Ground

190

unconnected/reserved

P11.1

MMC_D5

P11_13/MMC_D5

191

RZM-MMC_D5

e-MMC Data Bus D5

192

unconnected/reserved

P11.1

MMC_D7

P11_15/MMC_D7

193

RZM-MMC_D7

e-MMC Data Bus D7 (MSB)

194

unconnected/reserved

P7.8

P7.8/IRQ1

P7_8/IRQ1

195

RZM-P7_8/IRQ1

Baseboard Pushbutton S2 (active low w/IRQ)

196

unconnected/reserved

P11.4

LCD_DATA3

P11_4/LCD_DATA3

197

RZM-LCD_DATA3

LCD Blue 3

198

unconnected/reserved

P11.5

LCD_DATA2

P11_5/LCD_DATA2

199

RZM-LCD_DATA2

LCD Blue 2

PWRDWN#

200

PWRDWN#

Power Down RZ Module (unconnected on

Baseboard, active low)

YLCDRZA1H

Technical Reference Ma nual

Rev 2.20

Jul 21, 2015

Page 35 of 68

12.2 - RZ Module Schematics

D D

C C

B B

A A

184/15/2015

Author:

Date:

Revision:

Sheet of

Jorge Amodio v2.1 PCB02

Renesas YLCDRZA1H MCU Module

Power Supplies and User I/O

STM1818

Vcc

RST 1

Vss

10V

10uF

1uH

2.2uH

6.3V

4.7uF

GND

GND GND

0.1uF

GND GND

+VEXT

PWRDWN#

+1V18

+3V3

GND

RESET#

+1V18

+3V3

PORB

0.1uF

GND

+3V3

4K70

R2100K0

Program for Mode 2

Vout1 = 1.1750V

Vout2 = 3.3000V

Buck1->4ms->Buck2 sequence

PORB = PG1 & PG2

3 4

LED1

GND

470R

R21

1K50

R22

+3V3

P11_11-LED1R

6.3V

22uF

P9122

VIN

PVIN1

PVIN2

VINSEL

VREF

VGND

DEVSLPIN

GPI3

GPIO14

GPIO15

GPO16

GPIO17

GND

PAD

PGND2 19

LX2 21

LX2 20

FB2 18

PGND1 8

LX1 7

FB1 6

PIC101

PIC102

COC1

PIC201

PIC202

COC2

PIC301

PIC302

COC3

PIC401

PIC402

COC4

PIC501

PIC502

COC5

PIC601

PIC602

COC6

PIL101

PIL102

COL1

PIL201

PIL202

COL2

PILED101 PILED102

PILED103 PILED104

COLED1

PIR101

PIR102

COR1

PIR201

PIR202

COR2

PIR2101 PIR2102

COR21

PIR2201 PIR2202

COR22

PIU101

PIU102

PIU103

PIU104

PIU105

PIU106

PIU107

PIU108

PIU109

PIU1011

PIU1014

PIU1015

PIU1016

PIU1017

PIU1018

PIU1019

PIU1020

PIU1021

PIU1022

PIU1023

PIU1024

PIU10PAD

COU1

PIU201

PIU202

PIU203

COU2

PIC202

PIC302

PIL102

PIU106

NL01V18

PIC402

PIC502

PIC602

PIL202

PIR202

PIR2101

PIU1018

PIU202

NL03V3

PIC102 PIR102

PIU109

PIU1022

PIU1023

PIU1024

NL0VEXT

PIC101 PIC201

PIC301

PIC401

PIC501

PIC601

PILED102

PILED104

PIU101

PIU104

PIU105

PIU108

PIU1011

PIU1019

PIU10PAD

PIU203

PIL101

PIU107

PIL201

PIU1020

PIU1021

PILED101

PIR2102

PILED103

PIR2202

PIU102

PIU1014

PIU1015

PIU1017

PIR2201

NLP110110LED1R

PIU1016

NLPORB

PIR101

PIU103

NLPWRDWN#

PIR201

PIU201

NLRESET#

am.renesas.com/HiResGUI

D D

C C

B B

A A

284/15/2015

Author:

Date:

Revision:

Sheet of

Jorge Amodio v2.1 PCB02

Renesas YLCDRZA1H MCU Module

MCU Power

0.1uF C9

0.1uF C10

0.1uF C11

0.1uF C12

0.1uF C13

0.1uF C14

0.1uF C15

0.1uF C16

0.1uF C17

0.1uF

C28

0.1uF C29

0.1uF C30

0.1uF C31

0.1uF C32

0.1uF C33

0.1uF C34

0.1uF C35

0.1uF C36

GND

+3V3

GND

6.3V

10uF

6.3V

10uF

C22

6.3V

10uF

C27

0.1uF

C24

0.1uF

C26

0.1uF

C25

GND

+3V3+1V18

6.3V

10uF

C21

6.3V

10uF

C39

+1V18

RZ/1AH-BGA324

VCC D13

VCC D3

VCC C2

VCC B1

PVCC D7

PVCC C19

PVCC B20

VSS

C15

VSS

C20

VSS

D10

VSS

D15

VSS

D19

PVCC D8

VSS

G22

VCC R19

VSS

A12

VSS

A22

PVCC D16

VSS

VCC E4

PVCC D17

VSS

J10

PVCC D18

VSS

J11

PVCC L19

VSS

J12

VCC F4

VSS

PLLVCC

W14

PVCC M19

VSS

J13

AVCC2

AA20

AVSS2

AB20

AVREF

AB21

VSS

J14

PVCC N4

PVCC P4

PVCC W4

PVCC W5

PVCC W6

PVCC W12

PVCC W13

PVCC W19

VSS

W15

AVSS1

W17

VCC J19

VCC K19

VCC M4

VCC R4

VCC T4

VCC W9

VSS

B21

VSS

K10

VSS

K11

VSS

K12

VSS

K13

VSS

K14

VSS

L10

VSS

L11

VSS

L12

VSS

L13

VSS

L14

PVCC Y3

PVCC Y20

PVCC AA2

VSS

P12

VSS

U22

VSS

P13

VSS

P14

VSS

P19

VDAVCC

B14

VDAVSS

A14

VSS

Y14

VSS

AA10

VSS

W11

VSS

AA14

LVDSPLLVCC

VSS

AB10

VSS

AB13

VSS

AB17

PVCC AA21

PVCC AB1

VSS

W16

VCC W10

VCC T19

VCC U19

VSS

AB7

VSS

AB22

VSS

M10

VSS

M11

VSS

M12

VSS

M13

VSS

M14

VSS

N10

VSS

N11

VSS

N12

VSS

N13

VSS

N14

VSS

P10

VSS

P11

LVDSAPVCC1

C12

LVDSAPVCC2

D12

AVCC1

W18

USBAPVCC

AB14

USBAVcc

Y13

U6D

0.1uF

C23

+3V3

GND

0.1uF C18

0.1uF C19

0.1uF C20

0.1uF C37

0.1uF C38

GND

GND GND

GND

PIC701

PIC702

COC7

PIC801

PIC802

COC8

PIC901

PIC902

COC9

PIC1001

PIC1002

COC10

PIC1101

PIC1102

COC11

PIC1201

PIC1202

COC12

PIC1301

PIC1302

COC13

PIC1401

PIC1402

COC14

PIC1501

PIC1502

COC15

PIC1601

PIC1602

COC16

PIC1701

PIC1702

COC17

PIC1801

PIC1802

COC18

PIC1901

PIC1902

COC19

PIC2001

PIC2002

COC20

PIC2101

PIC2102

COC21

PIC2201

PIC2202

COC22

PIC2301

PIC2302

COC23

PIC2401

PIC2402

COC24

PIC2501

PIC2502

COC25

PIC2601

PIC2602

COC26

PIC2701

PIC2702

COC27

PIC2801

PIC2802

COC28

PIC2901

PIC2902

COC29

PIC3001

PIC3002

COC30

PIC3101

PIC3102

COC31

PIC3201

PIC3202

COC32

PIC3301

PIC3302

COC33

PIC3401

PIC3402

COC34

PIC3501

PIC3502

COC35

PIC3601

PIC3602

COC36

PIC3701

PIC3702

COC37

PIC3801

PIC3802

COC38

PIC3901

PIC3902

COC39

PIU60A1

PIU60A8

PIU60A12PIU60A14 PIU60A22

PIU60AA2

PIU60AA10

PIU60AA14

PIU60AA20

PIU60AA21

PIU60AB1

PIU60AB7

PIU60AB10 PIU60AB13

PIU60AB14

PIU60AB17PIU60AB20

PIU60AB21

PIU60AB22

PIU60B1

PIU60B2

PIU60B14

PIU60B20

PIU60B21

PIU60C2

PIU60C3

PIU60C12

PIU60C15

PIU60C19

PIU60C20

PIU60D3

PIU60D4

PIU60D7

PIU60D8

PIU60D9

PIU60D10

PIU60D12

PIU60D13

PIU60D15

PIU60D16

PIU60D17

PIU60D18

PIU60D19

PIU60E4

PIU60F4

PIU60G22

PIU60J9

PIU60J10

PIU60J11 PIU60J12

PIU60J13

PIU60J14

PIU60J19

PIU60K9

PIU60K10 PIU60K11 PIU60K12 PIU60K13 PIU60K14

PIU60K19

PIU60L9

PIU60L10

PIU60L11

PIU60L12

PIU60L13 PIU60L14

PIU60L19

PIU60M4

PIU60M9

PIU60M10

PIU60M11

PIU60M12 PIU60M13 PIU60M14

PIU60M19

PIU60N4

PIU60N9

PIU60N10 PIU60N11

PIU60N12

PIU60N13

PIU60N14

PIU60P4

PIU60P9

PIU60P10

PIU60P11

PIU60P12

PIU60P13

PIU60P14 PIU60P19

PIU60R4

PIU60R19

PIU60T4

PIU60T19

PIU60U1

PIU60U19

PIU60U22

PIU60W1

PIU60W4

PIU60W5

PIU60W6

PIU60W7

PIU60W8

PIU60W9

PIU60W10

PIU60W11

PIU60W12

PIU60W13

PIU60W14

PIU60W15 PIU60W16

PIU60W17

PIU60W18

PIU60W19

PIU60Y3

PIU60Y13

PIU60Y14

PIU60Y20

COU6D

PIC902

PIC1002 PIC1102 PIC1202

PIC1302 PIC1402 PIC1502

PIC1602 PIC1702 PIC1802 PIC1902

PIC2002

PIC2102

PIC2202

PIC2402 PIC2502

PIC2602

PIU60B1

PIU60C2

PIU60D3

PIU60D9

PIU60D13

PIU60E4

PIU60F4

PIU60J19

PIU60K19

PIU60M4

PIU60R4

PIU60R19

PIU60T4

PIU60T19

PIU60U19

PIU60W9

PIU60W10

PIU60W14

PIU60Y13

PIC702 PIC802

PIC2302

PIC2702

PIC2802

PIC2902 PIC3002 PIC3102 PIC3202

PIC3302 PIC3402 PIC3502

PIC3602 PIC3702 PIC3802 PIC3902

PIU60AA2

PIU60AA20

PIU60AA21

PIU60AB1

PIU60AB14

PIU60AB21

PIU60B14

PIU60B20

PIU60C12

PIU60C19

PIU60D7

PIU60D8

PIU60D12

PIU60D16

PIU60D17

PIU60D18

PIU60L19

PIU60M19

PIU60N4

PIU60P4

PIU60W4

PIU60W5

PIU60W6

PIU60W12

PIU60W13

PIU60W18

PIU60W19

PIU60Y3

PIU60Y20

PIC701 PIC801

PIC901

PIC1001 PIC1101 PIC1201

PIC1301 PIC1401 PIC1501

PIC1601 PIC1701 PIC1801 PIC1901

PIC2001

PIC2101

PIC2201

PIC2301

PIC2401 PIC2501

PIC2601

PIC2701

PIC2801

PIC2901 PIC3001 PIC3101 PIC3201

PIC3301 PIC3401 PIC3501

PIC3601 PIC3701 PIC3801 PIC3901

PIU60A1

PIU60A8

PIU60A12PIU60A14 PIU60A22

PIU60AA10

PIU60AA14

PIU60AB7

PIU60AB10 PIU60AB13 PIU60AB17PIU60AB20 PIU60AB22

PIU60B2

PIU60B21

PIU60C3

PIU60C15 PIU60C20

PIU60D4

PIU60D10 PIU60D15 PIU60D19

PIU60G22

PIU60J9

PIU60J10

PIU60J11 PIU60J12

PIU60J13

PIU60J14

PIU60K9

PIU60K10 PIU60K11 PIU60K12 PIU60K13 PIU60K14

PIU60L9

PIU60L10

PIU60L11

PIU60L12

PIU60L13 PIU60L14

PIU60M9

PIU60M10

PIU60M11

PIU60M12 PIU60M13 PIU60M14

PIU60N9

PIU60N10 PIU60N11

PIU60N12

PIU60N13

PIU60N14

PIU60P9

PIU60P10

PIU60P11

PIU60P12

PIU60P13

PIU60P14 PIU60P19

PIU60U1

PIU60U22

PIU60W1 PIU60W7

PIU60W8

PIU60W11

PIU60W15 PIU60W16

PIU60W17 PIU60Y14

am.renesas.com/HiResGUI

D D

C C

B B

A A

384/15/2015

Author:

Date:

Revision:

Sheet of

Jorge Amodio v2.1 PCB02

Renesas YLCDRZA1H MCU Module

MCU Clocks & Control Signals

0.1uF

C46

0.1uF

C47 24K

0.5%

R10

5K60

0.5%

R11

GND GND GND GND

VBUSIN0

USBH_N

USBH_P

TRST#

TDO

TDI

TMS

TCK

RESET#

P1_1/SDA0

P1_0/SCL0

GND GND

CLKVIDEO_27MHZ

CLKAUDIO_24MHZ

CLKUSB_48MHZ

CLKMCU_13MHZ

0.1uF

C42

0.1uF

C40

0.1uF

C41

0.1uF

C45

GND

+3V3

4K70

Si5351C

SDA

SCL

GND

PAD

CLK4 19

CLK3 8

CLK2 9

CLK1 12

CLK0 13

VDD 20

VDDOA 11

VDDOB 10

VDDOC 18

VDDOD 14

CLK5 17

CLK6 16

CLK7 15

INTR

OEB

CLKIN

Si501

GND

2CLK 3

VDD 4

12.000MHz

GND

0.1uF

C43

0.1uF

C44

GND GND GND GND GND

VIDEO_X1

Y22

VIDEO_X2

Y21

AUDIO_X1

W22

AUDIO_X2

W21

RTC_X1

AB8

RTC_X2

AA8

USB_X1

AB15

USB_X2

AA15

EXTAL

AB16

XTAL

AA16

RES

NMI

CKIO V1

DM_1 AA11

DP_1 AB11

VBUSIN1 Y11

DM_0 AB12

DP_0 AA12

VBUSIN0 Y12

REFRIN AA13

TRST V20

JP0_1/TDO U20

JP0_0/TDI V21

TMS V22

TCK U21

VIN1A B15

VIN2A A15

BIAS C14

VRP D14

VRM C13

VIN1B B13

VIN2B A13

EMLE(Vss) B12

P0_0/MD_BOOT0 Y15

P0_1/MD_BOOT1 Y16

P0_2/MD_CLK A16

P0_3/MD_CLKS A3

TESTMD(Vss) Y10

P0_4/RTC_X3

AB9

P0_5/RTC_X4

AA9

BSCANP AA22

CLKTEST(Vss) C9

LVDSREFRIN D11

RZ/1AH-BGA324

U6C

32.768KHz

12pF

C48

12pF

C49

GND GND

P0_4-MMC_RST#

P0_5-ET_RESET#

VBUSIN1

USBF_N

USBF_P

P0_3/MD_CLKS

GND

P0_0/MD_BOOT0

P0_1/MD_BOOT1

CKIO

5K60

0.5%

GND

BSCANP

GND GND

22K0

R14

GND

4K70

47K0

R12

47K0

R13

PIC4001

PIC4002

COC40

PIC4101

PIC4102

COC41

PIC4201

PIC4202

COC42

PIC4301

PIC4302

COC43

PIC4401

PIC4402

COC44

PIC4501

PIC4502

COC45

PIC4601

PIC4602

COC46

PIC4701

PIC4702

COC47

PIC4801

PIC4802

COC48

PIC4901

PIC4902

COC49

PIR301

PIR302

COR3

PIR401

PIR402

COR4

PIR501 PIR502

COR5

PIR601 PIR602

COR6

PIR701 PIR702

COR7

PIR801 PIR802

COR8

PIR901

PIR902

COR9

PIR1001

PIR1002

COR10

PIR1101

PIR1102

COR11

PIR1201

PIR1202

COR12

PIR1301

PIR1302

COR13

PIR1401

PIR1402

COR14

PIU301

PIU302

PIU303

PIU304

PIU305

PIU306

PIU307

PIU308

PIU309

PIU3010

PIU3011

PIU3012

PIU3013

PIU3014

PIU3015

PIU3016

PIU3017

PIU3018

PIU3019

PIU3020

PIU30PAD

COU3

PIU401

PIU402

PIU403

PIU404

COU4

PIU60A3

PIU60A13

PIU60A15

PIU60A16

PIU60AA8

PIU60AA9

PIU60AA11

PIU60AA12

PIU60AA13

PIU60AA15

PIU60AA16

PIU60AA22

PIU60AB8

PIU60AB9

PIU60AB11

PIU60AB12

PIU60AB15

PIU60AB16

PIU60B12

PIU60B13

PIU60B15

PIU60C9

PIU60C13

PIU60C14

PIU60D11

PIU60D14

PIU60U20

PIU60U21

PIU60V1

PIU60V20

PIU60V21

PIU60V22

PIU60W21

PIU60W22

PIU60Y8

PIU60Y9

PIU60Y10

PIU60Y11

PIU60Y12

PIU60Y15

PIU60Y16

PIU60Y21

PIU60Y22

COU6C

PIX101

PIX102

COX1

PIC4002

PIC4102

PIC4202 PIC4302

PIC4402

PIC4502

PIR302

PIR402

PIU3010

PIU3011

PIU3014

PIU3018

PIU3020

PIU401

PIU404

PIR1402

PIU60AA22

NLBSCANP

PIU60V1

NLCKIO

PIR602

PIU60W22

NLCLKAUDIO024MHZ

PIR802

PIU60AB16

NLCLKMCU013MHZ

PIR702

PIU60AB15

NLCLKUSB048MHZ

PIR502

PIU60Y22

NLCLKVIDEO027MHZ

PIC4001

PIC4101

PIC4201 PIC4301

PIC4401

PIC4501

PIC4601

PIC4701

PIC4801

PIC4901

PIR901

PIR1001 PIR1101

PIR1201

PIR1301 PIR1401

PIU307

PIU30PAD

PIU402

PIU60A16

PIU60B12

PIU60C9

PIU60Y10

PIC4602

PIU60C13

PIC4702

PIU60D14

PIC4802

PIU60AB8

PIX101

PIC4902

PIU60AA8

PIX102

PIR301

PIU60Y9

PIR501

PIU3015

PIR601

PIU3013

PIR701

PIU3019

PIR801

PIU3017

PIR902

PIU60D11

PIR1002

PIU60C14

PIR1102

PIU60AA13

PIU301

PIU302

PIU303

PIU306PIU403

PIU308

PIU309

PIU3012

PIU3016

PIU60A13

PIU60A15

PIU60AA15

PIU60AA16

PIU60B13

PIU60B15

PIU60W21

PIU60Y21

PIR401

PIU60Y15

NLP0000MD0BOOT0

PIR1302

PIU60Y16

NLP0010MD0BOOT1

PIR1202

PIU60A3

NLP0030MD0CLKS

PIU60AB9

NLP0040MMC0RST#

PIU60AA9

NLP0050ET0RESET#

PIU304

NLP1000SCL0

PIU305

NLP1010SDA0

PIU60Y8

NLRESET#

PIU60U21

NLTCK

PIU60V21

NLTDI

PIU60U20

NLTDO

PIU60V22

NLTMS

PIU60V20

NLTRST#

PIU60AA11

NLUSBF0N

PIU60AB11

NLUSBF0P

PIU60AB12

NLUSBH0N

PIU60AA12

NLUSBH0P

PIU60Y12

NLVBUSIN0

PIU60Y11

NLVBUSIN1

am.renesas.com/HiResGUI

D D

C C

B B

A A

484/15/2015

Author:

Date:

Revision:

Sheet of

Jorge Amodio v2.1 PCB02

Renesas YLCDRZA1H MCU Module

MCU Data/ Address Bus, Serial & LCD Interfaces

P3_1/UART_TX

P3_2/UART_RX

P3_3/ET_MDIO

P3_4/ET_RXCLK

P3_5/ET_RXER

P3_6/ET_RXDV

P3_7-PMOD_RST#

P3_8-RZM_LED_RED

P3_10/MMC_ D1

P3_15/MMC_ D2

P3_9-RZM_LED_GRN

P6_0/D0

P6_2/D2

P6_3/D3

P6_4/D4

P6_5/D5

P6_9/D9

P3_0/LCD_CLK

P6_13/D13

P3_12/MMC_ CLK

P3_13/MMC_ CMD

P3_14/MMC_ D3

P6_7/D7

P6_8/D8

P3_11/MMC_ D0

P5_8/CS2#-SDRAM1_CS#

P5_9/ET_MDC

P5_10/CAN1TX

P5_0/LCD_DATA16

P5_1/LCD_DATA17

P5_2/LCD_DATA18

P5_3/LCD_DATA19

P5_4/LCD_DATA20

P5_5/LCD_DATA21

P5_6/LCD_DATA22

P5_7/LCD_DATA23

P4_0/LCD_DATA8

P4_1/LCD_DATA9

P4_2/LCD_DATA10

P4_3/LCD_DATA11

P4_4/LCD_DATA12

P4_5/LCD_DATA13

P4_6/LCD_DATA14

P4_7/LCD_DATA15

P4_8/SD_CD

P4_9/SD_WP

P4_10/SD_D1

P4_11/SD_D0

P4_12/SD_CLK

P4_13/SD_CMD

P4_14/SD_D3

P4_15/SD_D2

P9_2/SPBCLK0

P9_3/SPBSSL0

P9_4/SPBIO00

P9_5/SPBIO10

P9_6/SPBIO20

P9_7/SPBIO30

P6_1/D1

P6_6/D6

P6_10/D10

P6_11/D11

P6_12/D12

P6_14/D14

P6_15/D15

4K70 RA1B

4K70 RA1C

4K70 RA1D

4K70 RA2A

4K70 RA2B

4K70 RA2C

4K70 RA2D

4K70 RA3A

4K70 RA3B

4K70 RA3C

4K70 RA3D

4K70 RA4A

4K70 RA4B

4K70 RA4C

4K70 RA4D

P5_0/TXCLKOUTP/LCD1_DATA0/LCD0_DATA16

A11

P5_1/TXCLKOUTM/LCD1_DATA1/LCD0_DATA17

B11

P5_4/TXOUT1P/LCD1_DATA4/LCD0_DATA20

C11

P5_5/TXOUT1M/LCD1_DATA5/LCD0_DATA21

C10

P5_9/WE2/DQMUL/MDC/DV0_VSYNC/IRQ2

P5_2/TXOUT2P/LCD1_DATA2/LCD0_DATA18

A10

P5_3/TXOUT2M/LCD1_DATA3/LCD0_DATA19

B10

P5_6/TXOUT0P/LCD1_DATA6/LCD0_DATA22

P5_7/TXOUT0M/LCD1_DATA7/LCD0_DATA23

P5_8/LCD0_EXTCLK/IRQ0/DV1_CLK/DV0_CLK

P5_10/WE3/DQMUU/AH/DV0_HSYNC/CTx1/IETxD

P9_2/LCD1_DATA18/SPBCLK_0/LTXD0/SCK1/A0/SCL1O

P9_4/LCD1_DATA20/SPBIO0_0/MLB_SIG/RxD1/SCL2O

P9_6/LCD1_DATA22/SPBIO2_0/SSIWS2/RTS1/CS5/SCL3O

P9_3/LCD1_DATA19/SPBSSL_0/MLB_DAT/TxD1/SDA1O

P9_5/LCD1_DATA21/SPBIO1_0/SSISCK2/CTS1/CS4/SDA2O

P9_7/LCD1_DATA23/SPBIO3_0/SSIDATA2/TIOC1A/SDA3O

P4_0/LCD0_DATA8/TIOC0A/FRE/DARC_MOUT0

P20

P4_2/LCD0_DATA10/TIOC0C/FALE/CRx3/TxD2

P21 P4_1/LCD0_DATA9/TIOC0B/FCLE/SCK2

P22

P4_3/LCD0_DATA11/TIOC0D/FWE/CTx3/RxD2/DARC_MOUT5

N22

P4_4/LCD0_DATA12/RSPCK1/TIOC4A/PWM2E/SSISCK0

M21

P4_6/LCD0_DATA14/MOSI1/TIOC4C/PWM2G

L22

P4_8/LCD0_DATA16/LCD1_TCON3/SD_CD_0/MMC_CD

K20

P4_10/LCD0_DATA18/LCD1_TCON5/SD_D1_0/MMC_D1

J22

P4_11/LCD0_DATA19/LCD1_TCON6/SD_D0_0/MMC_D0

H19

P4_12/LCD0_DATA20/LCD1_CLK/SD_CLK_0/MMC_CLK

H22

P4_5/LCD0_DATA13/SSL10/TIOC4B/PWM2F

M20

P4_7/LCD0_DATA15/MISO1/TIOC4D/PWM2H

L20

P4_9/LCD0_DATA17/LCD1_TCON4/SD_WP_0

K21

P4_13/LCD0_DATA21/LCD1_TCON0/SD_CMD_0/MMC_CMD

G21

P4_15/LCD0_DATA23/LCD1_TCON2/SD_D2_0/MMC_D2

F22 P4_14/LCD0_DATA22/LCD1_TCON1/SD_D3_0/MMC_D3

G19

P3_6/LCD0_TCON5/RXDV/SSIRxD1/SCIc_RXD0 AB3

P3_4/LCD0_TCON3/RXCLK/SSISCK1/AUDIO_XOUT2 Y5

P3_2/LCD0_TCON1/TXEN/RxD2/SCIc_RXD1 Y7

P3_1/LCD0_TCON0/TXER/IRQ6/TxD2/SCIc_TXD1 AA7

P3_8/LCD0_DATA0/NAF0/TRACE_DATA0 V19

P3_7/LCD0_TCON6/SSITxD1/LCD1_EXTCLK/SCIc_CTS0 Y4

P3_5/LCD0_TCON4/RXER/SSIWS1/AUDIO_XOUT3/SCIc_TXD0 AA4

P3_3/LCD0_TCON2/MDIO/IRQ4/BS/SCIc_CTS1#/RTS1# AA6

P3_0/LCD0_CLK/TXCLK/IRQ2/SCK2/SCIc_SCK1 AB6

P3_11/LCD0_DATA3/NAF3/TRACE_DATA3 T21

P3_12/LCD0_DATA4/NAF4/SD_CLK_1/MMC_CLK T22

P3_14/LCD0_DATA6/NAF6/TRACE_CLK/SD_D3_1/MMC_D3 R21

P3_10/LCD0_DATA2/NAF2/TRACE_DATA2 T20

P3_13/LCD0_DATA5/NAF5/AUDIO_XOUT/SD_CMD_1/MMC_CMD R22

P3_15/LCD0_DATA7/NAF7/TRACE_CTRL/SD_D2_1/MMC_D2 R20

P3_9/LCD0_DATA1/NAF1/TRACE_DATA1 W20

P6_5/D5/LCD1_DATA13/CTx2/SCK5 C1

P6_6/D6/LCD1_DATA14/LCD0_TCON5/TxD5 D2

P6_7/D7/LCD1_DATA15/LCD0_TCON6 D1

P6_8/D8/DV0_DATA12/CAN_CLK E3

P6_9/D9/DV0_DATA13/TxD0/LCD0_DATA1/IRQ1 E2

P6_10/D10/DV0_DATA14/LCD0_TCON5/RxD0/LCD0_DATA2 E1

P6_11/D11/DV0_DATA15/LCD0_TCON6/SCK1/LCD0_DATA3 F3

P6_12/D12/DV0_DATA20/TXD1/LCD0_DATA4 G4

P6_13/D13/DV0_DATA21/SCK6/RXD1/LCD0_DATA5 F2

P6_14/D14/DV0_DATA22/TxD6/LCD0_DATA6 F1

P6_15/D15/DV0_DATA23/RxD6/LCD0_DATA7 G3

P6_1/D1/LCD1_DATA9/LTXD0/IRQ4/TIOC1B D6

P6_3/D3/LCD1_DATA11/LTXD1/IRQ2/CTS5 D5

P6_0/D0/LCD1_DATA8/LRXD0/DV0_CLK/TIOC1A B3

P6_4/D4/LCD1_DATA12/CRx2/IRQ3/RTS5 A2

P6_2/D2/LCD1_DATA10/LRXD1/IRQ7/TCLKA C4

RZ/1AH-BGA324

U6B

+3V3

4K70

RA1A

PIRA101

PIRA108

CORA1A

PIRA102

PIRA107

CORA1B

PIRA103

PIRA106

CORA1C

PIRA104

PIRA105

CORA1D

PIRA201

PIRA208

CORA2A

PIRA202

PIRA207

CORA2B

PIRA203

PIRA206

CORA2C

PIRA204

PIRA205

CORA2D

PIRA301

PIRA308

CORA3A

PIRA302

PIRA307

CORA3B

PIRA303

PIRA306

CORA3C

PIRA304

PIRA305

CORA3D

PIRA401

PIRA408

CORA4A

PIRA402

PIRA407

CORA4B

PIRA403

PIRA406

CORA4C

PIRA404

PIRA405

CORA4D

PIU60A2

PIU60A5

PIU60A6

PIU60A7

PIU60A9

PIU60A10

PIU60A11

PIU60AA4

PIU60AA6

PIU60AA7

PIU60AB3

PIU60AB6

PIU60B3

PIU60B5

PIU60B6

PIU60B7

PIU60B8

PIU60B9

PIU60B10

PIU60B11

PIU60C1

PIU60C4

PIU60C7

PIU60C8

PIU60C10

PIU60C11

PIU60D1

PIU60D2

PIU60D5

PIU60D6

PIU60E1

PIU60E2

PIU60E3

PIU60F1

PIU60F2

PIU60F3

PIU60F22

PIU60G3

PIU60G4

PIU60G19

PIU60G21

PIU60H19

PIU60H22

PIU60J22

PIU60K20

PIU60K21

PIU60L20

PIU60L22

PIU60M20

PIU60M21

PIU60N22

PIU60P20

PIU60P21

PIU60P22

PIU60R20

PIU60R21

PIU60R22

PIU60T20

PIU60T21

PIU60T22

PIU60V19

PIU60W20

PIU60Y4

PIU60Y5

PIU60Y7

COU6B

PIRA105

PIRA106 PIRA107

PIRA108 PIRA205 PIRA206 PIRA207

PIRA208 PIRA305 PIRA306

PIRA307 PIRA308 PIRA405 PIRA406

PIRA407 PIRA408

PIU60AB6

NLP3000LCD0CLK

PIU60AA7

NLP3010UART0TX

PIU60Y7

NLP3020UART0RX

PIU60AA6

NLP3030ET0MDIO

PIU60Y5

NLP3040ET0RXCLK

PIU60AA4

NLP3050ET0RXER

PIU60AB3

NLP3060ET0RXDV

PIU60Y4

NLP3070PMOD0RST#

PIU60V19

NLP3080RZM0LED0RED

PIU60W20

NLP3090RZM0LED0GRN

PIU60T20

NLP30100MMC0 D1

PIU60T21

NLP30110MMC0 D0

PIU60T22

NLP30120MMC0 CLK

PIU60R22

NLP30130MMC0 CMD

PIU60R21

NLP30140MMC0 D3

PIU60R20

NLP30150MMC0 D2

PIU60P20

NLP4000LCD0DATA8

PIU60P22

NLP4010LCD0DATA9

PIU60P21

NLP4020LCD0DATA10

PIU60N22

NLP4030LCD0DATA11

PIU60M21

NLP4040LCD0DATA12

PIU60M20

NLP4050LCD0DATA13

PIU60L22

NLP4060LCD0DATA14

PIU60L20

NLP4070LCD0DATA15

PIU60K20

NLP4080SD0CD

PIU60K21

NLP4090SD0WP

PIU60J22

NLP40100SD0D1

PIU60H19

NLP40110SD0D0

PIU60H22

NLP40120SD0CLK

PIU60G21

NLP40130SD0CMD

PIU60G19

NLP40140SD0D3

PIU60F22

NLP40150SD0D2

PIU60A11

NLP5000LCD0DATA16

PIU60B11

NLP5010LCD0DATA17

PIU60A10

NLP5020LCD0DATA18

PIU60B10

NLP5030LCD0DATA19

PIU60C11

NLP5040LCD0DATA20

PIU60C10

NLP5050LCD0DATA21

PIU60A9

NLP5060LCD0DATA22

PIU60B9

NLP5070LCD0DATA23

PIU60B8

NLP5080CS2#0SDRAM10CS#

PIU60A7

NLP5090ET0MDC

PIU60B7

NLP50100CAN1TX

PIRA104

PIU60B3

NLP6000D0

PIRA103

PIU60D6

NLP6010D1

PIRA102

PIU60C4

NLP6020D2

PIRA101

PIU60D5

NLP6030D3

PIRA204

PIU60A2

NLP6040D4

PIRA203

PIU60C1

NLP6050D5

PIRA202

PIU60D2

NLP6060D6

PIRA201

PIU60D1

NLP6070D7

PIRA304

PIU60E3

NLP6080D8

PIRA303

PIU60E2

NLP6090D9

PIRA302

PIU60E1

NLP60100D10

PIRA301

PIU60F3

NLP60110D11

PIRA404

PIU60G4

NLP60120D12

PIRA403

PIU60F2

NLP60130D13

PIRA402

PIU60F1

NLP60140D14

PIRA401

PIU60G3

NLP60150D15

PIU60C8

NLP9020SPBCLK0

PIU60A6

NLP9030SPBSSL0

PIU60B6

NLP9040SPBIO00

PIU60C7

NLP9050SPBIO10

PIU60A5

NLP9060SPBIO20

PIU60B5

NLP9070SPBIO30

am.renesas.com/HiResGUI

D D

C C

B B

A A

584/15/2015

Author:

Date:

Revision:

Sheet of

Jorge Amodio v2.1 PCB02

Renesas YLCDRZA1H MCU Module

MCU e-MMC, SDRAM, I2C Iinterfaces & GPIO

P7_9/A1

P7_10/A2

P7_11/A3

P7_12/A4

P7_13/A5

P7_14/A6

P7_15/A7

P8_0/A8

P8_1/A9

P8_2/A10

P8_3/A11

P8_4/A12

P8_5/A13

P8_6/A14

P8_7/A15

P8_8

P8_9

P8_10/RS_DEN

P8_11/RS_ON

P8_12/PWM1E-BLEN

P8_13-TOUCH_RST

P8_14/RSPCK2

P8_15/SSL20

P9_0/MOSI2

P9_1/MISO2

P1_0/SCL0

P1_1/SDA0

P1_2/SCL1

P1_3/SDA1

P1_4/CAN1RX

P1_5/IRQ5-ET_IRQ

P1_6/SCL3

P1_7/SDA3

P7_0/MD_BOOT2

P7_1/CS3#-SDRAM2_CS#

P7_2/RAS#

P7_3/CAS#

P7_4/CKE

P7_5/RD/WR#

P7_6/WE0#/DQMLL

P7_7/WE1#/DQMLU

P7_8/IRQ1

P1_8/AN0_ALS

P1_9/IRQ3-AUDIO_IRQ

P1_10/IRQ4-TOUCH_IRQ

P1_11/TINT19-PMOD_IRQ

P1_12/TINT20-USBH_OC

P1_13-USBH_5V_EN

P1_14/ET_COL

P1_15-LCD_ON

P2_12/SPBIO01

P2_13/SPBIO11

P2_14/SPBIO21

P2_15/SPBIO31

P2_0/ET_TXCLK

P2_1/ET_TXER

P2_2/ET_TXEN

P2_3/ET_CRS

P2_4/ET_TXD0

P2_5/ET_TXD1

P2_6/ET_TXD2

P2_7/ET_TXD3

P2_8/ET_RXD0

P2_9/ET_RXD1

P2_10/ET_RXD2

P2_11/ET_RXD3

P10_0/VIO_CLK

P10_1/VIO_VSYNC

P10_2/VIO_HSYNC

P10_3/VIO_FLD

P10_4/VIO_D0

P10_5/VIO_D1

P10_6/VIO_D2

P10_7/VIO_D3

P10_8/VIO_D4

P10_0/VIO_D5

P10_10/VIO_D6

P10_11/VIO_D7

P10_12/SSISCK

P10_13/SSIWS

P10_14/SSIRxD

P10_15/SSITxD

P11_0/LCD_DATA7

P11_1/LCD_DATA6

P11_2/LCD_DATA5

P11_3/LCD_DATA4

P11_4/LCD_DATA3

P11_5/LCD_DATA2

P11_6/LCD_DATA1

P11_7/LCD_DATA0

P11_8/LCD_DEN

P11_9/LCD_VSYNC

P11_10/LCD_HSYNC

P11_11-LED1R

P11_12/MMC_ D4

P11_13/MMC_ D5

P11_14/MMC_ D6

P11_15/MMC_ D7

P7_12/A4/SSISCK4/RXD[3]/TIOC4A/IRQ4

P7_13/A5/SSIWS4/MDIO/TIOC4B/IRQ5

P7_15/A7/RSPCK0/RXCLK/CTS5/SCIc_TXD0/IrTXD/TIOC4D

P8_1/A9/MOSI0/RXDV/TXD5/SCIc_RXD0/IrRXD

P8_3/A11/DV1_DATA0/RSPCK2/RTS5/UARTH_CLK/IRQ1/SCK2

P8_5/A13/DV1_DATA2/MOSI2/UARTH_RxD

P8_9/A17/DV1_DATA6/SPBIO1_1/SPDIF_OUT/TIOC1B/PWM1B/RxD3/SSIWS5

P8_11/A19/MLB_CLK/SPBIO3_1/TIOC3B/RxD5/PWM1D/SGOUT_1/SSITxD5

P8_13/A21/MLB_SIG/SPBSSL_1/TIOC3D/TXD5/PWM1F/SGOUT_3/SSIWS4

P8_14/A22/SPBIO4_0/SPBIO0_1/TIOC2A/RSPCK2/PWM1G/TxD4/SSIDATA4

P9_1/A25/SPBIO7_0/CRx0/IRQ0/MISO2/MSQ/SDA0O

AA3

P7_0/MD_BOOT2/CS0/DV0_DATA16/MDC/SCK4/LTXD0/TIOC0A

P7_3/CAS/DV0_DATA19/TXEN/SCK7/CTx2/SSIRxD1/TIOC0D

P7_4/CKE/DV0_DATA20/TXD[0]/TXD7/UARTH_CLK/SSITxD1/TIOC1A

P7_6/WE0/DQMLL/DV0_DATA22/TXD[2]/CTS7/UARTH_TxD/SSIWS2/TIOC2A

P7_8/RD/SSISCK3/CRx0/TIOC3A/IRQ1

P1_13/AN5/DV0_HSYNC/WAIT/MST

Y18

P1_11/AN3/IRQ5/TCLKD/MSN_DVDEC1

AA18

P1_9/AN1/IRQ3/VIO_D15/DV0_DATA15/MSN_VDC51

AB18

P11_12/CRx1/RSPCK1/IRQ3/MMC_D4/LCD0_TCON2 G2

P11_13/CTx1/SSL01/LCD0_TCON4/MMC_D5/LCD0_TCON1 G1

P11_14/SPDIF_IN/MOSI1/LCD0_TCON5/MMC_D6/LCD0_TCON0 H3

P11_15/SPDIF_OUT/MISO1/IRQ1/MMC_D7/LCD0_CLK J4

P11_5/DV0_DATA17/SD_WP_0/SSIWS4/LCD0_DATA2 L1

P11_6/DV0_DATA18/SD_D1_0/SSIDATA4/MMC_D1/LCD0_DATA1 M2

P11_8/DV0_DATA20/SD_CLK_0/RTS5/MMC_CLK/LCD0_TCON6 T1

P11_10/DV0_DATA22/SD_D3_0/TxD5/MMC_D3/LCD0_TCON4 T3

P11_11/DV0_DATA23/SD_D2_0/RxD5/MMC_D2/LCD0_TCON3 U3

P10_1/DV0_VSYNC/TCLKB/PWM2B/TXER/LCD0_DATA22/VIO_VD AA5

P10_3/DV0_DEN/TCLKD/PWM2D/CRS/LCD0_DATA20/VIO_FLD AB5

P7_1/CS3/DV0_DATA17/TXCLK/TXD4/DV0_CLK/SSISCK1/TIOC0B

P7_2/RAS/DV0_DATA18/TXER/RXD4/CRx2/SSIWS1/TIOC0C

P7_5/RD/WR/DV0_DATA21/TXD[1]/RXD7/UARTH_RxD/SSISCK2/TIOC1B

P7_7/WE1/DQMLU/DV0_DATA23/TXD[3]/RTS7/SSIDATA2/TIOC2B

P7_9/A1/SSIWS3/RXD[0]/CTx0/DARC_BPFCLK1/TIOC3B/IRQ0

P7_10/A2/SSIRxD3/RXD[1]/CTx1/DARC_FMCLK/TIOC3C/IRQ2

P7_11/A3/SSITxD3/RXD[2]/CRx1/DARC_FMIN/TIOC3D/IRQ3

P11_4/DV0_DATA16/SD_CD_0/SSISCK4/MMC_CD/LCD0_DATA3 L4

P11_7/DV0_DATA19/SD_D0_0/CTS5/MMC_D0/LCD0_DATA0 M3

P7_14/A6/SSIDATA4/CRS/TIOC4C/IRQ6

P8_0/A8/SSL00/RXER/SCK5/SCIc_SCK0

P8_2/A10/MISO0/RXD5/IRQ0

P8_4/A12/DV1_DATA1/SSL20/IERxD/RxD2

P11_9/DV0_DATA21/SD_CMD_0/SCK5/MMC_CMD/LCD0_TCON5 T2

P8_6/A14/DV1_DATA3/MISO2/UARTH_TxD/IETxD/TxD2

P8_7/A15/DV1_DATA4/AUDIO_XOUT/IRQ5/COL

P8_8/A16/DV1_DATA5/SPBIO0_1/SPDIF_IN/TIOC1A/PWM1A/TxD3/SSISCK5

P8_10/A18/DV1_DATA7/SPBIO2_1/TIOC3A/CTx4/PWM1C/SGOUT_0/DV0_CLK

P8_12/A20/MLB_DAT/SPBCLK_1/TIOC3C/SCK5/PWM1E/SGOUT_2/SSISCK4

P8_15/A23/SPBIO5_0/SPBIO1_1/TIOC2B/SSL20/PWM1H/RxD4

AA1

P9_0/A24/SPBIO6_0/CTx0/TCLKC/MOSI2/SCL0O

AB2

P10_0/DV0_CLK/TCLKA/PWM2A/TXCLK/LCD0_DATA23/VIO_CLK AB4

P10_2/DV0_HSYNC/TCLKC/PWM2C/TXEN/LCD0_DATA21/VIO_HD Y6

P1_8/AN0/IRQ2/DREQ0/VIO_D14/DV0_DATA14/MSN_VDC50

AA17

P1_10/AN2/IRQ4/TCLKB/MSN_DVDEC0

Y17

P1_12/AN4/DV0_VSYNC/VIO_FLD/MPSEL

AB19

P1_14/AN6/COL/MSD

AA19

P1_15/AN7

Y19

P10_4/DV0_DATA0/TIOC0A/PWM2E/TXD[0]/LCD0_DATA19/VIO_D0 N19

P10_6/DV0_DATA2/TIOC0C/PWM2G/TXD[2]/LCD0_DATA17/VIO_D2 N21

P10_5/DV0_DATA1/TIOC0B/PWM2F/TXD[1]/LCD0_DATA18/VIO_D1 N20

P10_7/DV0_DATA3/TIOC0D/PWM2H/TXD[3]/LCD0_DATA16/VIO_D3 M22

P2_0/D16/TXCLK/DV0_DATA0/SPBIO0_1/MLB_CLK/IRQ5/VIO_D0/LCD0_DATA16 L21

P10_10/DV0_DATA6/TIOC2A/RXD[2]/LCD0_DATA13/VIO_D6 H21

P2_1/D17/TXER/DV0_DATA1/SPBIO1_1/MLB_DAT/TIOC2A/VIO_D1/LCD0_DATA17 K22

P10_8/DV0_DATA4/TIOC1A/RXD[0]/LCD0_DATA15/VIO_D4 J21

P10_9/DV0_DATA5/TIOC1B/RXD[1]/LCD0_DATA14/VIO_D5 J20

P10_11/DV0_DATA7/TIOC2B/RXD[3]/LCD0_DATA12/VIO_D7 H20

P2_3/D19/CRS/DV0_DATA3/SPBIO3_1/IERxD/CTS1/VIO_D3/LCD0_DATA19 G20

P2_5/D21/TXD[1]/DV0_DATA5/SSIWS5/SPBSSL_1/TxD1/VIO_D5/LCD0_DATA21 E22

P2_2/D18/TXEN/DV0_DATA2/SPBIO2_1/MLB_SIG/TIOC2B/VIO_D2/LCD0_DATA18 F21

P2_4/D20/TXD[0]/DV0_DATA4/SSISCK5/SPBCLK_1/SCK1/VIO_D4/LCD0_DATA20 F19

P10_12/DV0_DATA8/SSISCK1/RSPCK0/LCD0_DATA11/VIO_D8 E21

P10_14/DV0_DATA10/SSIRxD1/MOSI0/LCD0_DATA9/VIO_D10 D22

P2_6/D22/TXD[2]/DV0_DATA6/SSIRxD5/RxD1/VIO_D6/LCD0_DATA22 E20

P2_7/D23/TXD[3]/DV0_DATA7/SSITxD5/IETxD/RTS1/VIO_D7/LCD0_DATA23 C22

P10_13/DV0_DATA9/SSIWS1/SSL00/LCD0_DATA10/VIO_D9 F20

P10_15/DV0_DATA11/SSITxD1/MISO0/LCD0_DATA8/VIO_D11 D21

P2_8/D24/RXD[0]/DV0_DATA8/SSISCK0/LCD0_TCON6/LCD1_DATA8/VIO_D8/RSPCK4 D20

P2_9/D25/RXD[1]/DV0_DATA9/SSIWS0/LRXD0/LCD1_DATA9/VIO_D9/SSL40 C21

P2_10/D26/RXD[2]/DV0_DATA10/SSIRxD0/LTXD0/LCD1_DATA10/VIO_D10/MOSI4 B22

P2_12/D28/RSPCK0/DV0_DATA12/SPBIO4_0/CRx3/IRQ6/LCD1_DATA12/TIOC1B A21

P2_14/D30/MOSI0/DV0_DATA14/SPBIO6_0/CRx4/TxD0/LCD1_DATA14/IRQ0 C18

P1_0/SCL0/DV0_DATA16/TCLKA/IRQ0/VIO_VD/DV0_VSYNC/SCL0I

A19

P1_2/SCL1/DV0_DATA18/FRB/IRQ2/ICN_SCK/LCD1_EXTCLK/SCL1I

B18

P1_4/SCL2/DV0_CLK/CRx1/IRQ4/ICN_SCK/CAN_CLK/SCL2I

B17

P1_6/SCL3/DV1_VSYNC/IERxD/IRQ6/VIO_D12/DV0_DATA12/MLB_CLK/SCL3I

A17

P2_11/D27/RXD[3]/DV0_DATA11/SSITxD0/TIOC1A/LCD1_DATA11/VIO_D11/MISO4 E19

P2_13/D29/SSL00/DV0_DATA13/SPBIO5_0/CTx3/SCK0/LCD1_DATA13/IRQ7 A20

P2_15/D31/MISO0/DV0_DATA15/SPBIO7_0/CAN_CLK/RxD0/LCD1_DATA15/IRQ1 B19

P1_1/SDA0/DV0_DATA17/TCLKC/IRQ1/VIO_HD/DV0_HSYNC/SDA0I

C17

P1_3/SDA1/DV0_DATA19/COL/IRQ3/ICN_SDATA/SDA1I

A18

P1_5/SDA2/DV1_CLK/CRx4/IRQ5/VIO_CLK/ICN_SDATA/LCD1_EXTCLK/SDA2I

C16

P1_7/SDA3/DV1_HSYNC/LRXD0/IRQ7/VIO_D13/DV0_DATA13/SDA3I

B16

P11_1/DV0_DATA13/TIOC4B/MLB_DAT/TxD6/LCD0_DATA6/VIO_D13 C6

P11_3/DV0_DATA15/TIOC4D/LCD0_DATA4/VIO_D15 C5

P11_0/DV0_DATA12/TIOC4A/MLB_CLK/SCK6/LCD0_DATA7/VIO_D12 A4

P11_2/DV0_DATA14/TIOC4C/MLB_SIG/RxD6/LCD0_DATA5/VIO_D14 B4

RZ/1AH-BGA324

U6A

+3V3

4K70

R16

4K70 RA5A

4K70 RA5B

4K70 RA5C

4K70 RA5D

PIR1601

PIR1602

COR16

PIRA501

PIRA508

CORA5A

PIRA502

PIRA507

CORA5B

PIRA503

PIRA506

CORA5C

PIRA504

PIRA505

CORA5D

PIU60A4

PIU60A17

PIU60A18

PIU60A19

PIU60A20

PIU60A21

PIU60AA1

PIU60AA3

PIU60AA5

PIU60AA17

PIU60AA18

PIU60AA19

PIU60AB2

PIU60AB4

PIU60AB5

PIU60AB18

PIU60AB19

PIU60B4

PIU60B16

PIU60B17

PIU60B18

PIU60B19

PIU60B22

PIU60C5

PIU60C6

PIU60C16

PIU60C17

PIU60C18

PIU60C21

PIU60C22

PIU60D20

PIU60D21

PIU60D22

PIU60E19

PIU60E20

PIU60E21

PIU60E22

PIU60F19

PIU60F20

PIU60F21

PIU60G1

PIU60G2

PIU60G20

PIU60H1

PIU60H2

PIU60H3

PIU60H4

PIU60H20

PIU60H21

PIU60J1

PIU60J2

PIU60J3

PIU60J4

PIU60J20

PIU60J21

PIU60K1

PIU60K2

PIU60K3

PIU60K4

PIU60K22

PIU60L1

PIU60L2

PIU60L3

PIU60L4

PIU60L21

PIU60M1

PIU60M2

PIU60M3

PIU60M22

PIU60N1

PIU60N2

PIU60N3

PIU60N19

PIU60N20

PIU60N21

PIU60P1

PIU60P2

PIU60P3

PIU60R1

PIU60R2

PIU60R3

PIU60T1

PIU60T2

PIU60T3

PIU60U2

PIU60U3

PIU60U4

PIU60V2

PIU60V3

PIU60V4

PIU60W2

PIU60W3

PIU60Y1

PIU60Y2

PIU60Y6

PIU60Y17

PIU60Y18

PIU60Y19

COU6A

PIR1602PIRA505PIRA506PIRA507PIRA508

PIRA501

PIU60A19

NLP1000SCL0

PIRA502

PIU60C17

NLP1010SDA0

PIRA503

PIU60B18

NLP1020SCL1

PIRA504

PIU60A18

NLP1030SDA1

PIU60B17

NLP1040CAN1RX

PIU60C16

NLP1050IRQ50ET0IRQ

PIU60A17

NLP1060SCL3

PIU60B16

NLP1070SDA3

PIU60AA17

NLP1080AN00ALS

PIU60AB18

NLP1090IRQ30AUDIO0IRQ

PIU60Y17

NLP10100IRQ40TOUCH0IRQ

PIU60AA18

NLP10110TINT190PMOD0IRQ

PIU60AB19

NLP10120TINT200USBH0OC

PIU60Y18

NLP10130USBH05V0EN

PIU60AA19

NLP10140ET0COL

PIU60Y19

NLP10150LCD0ON

PIU60L21

NLP2000ET0TXCLK

PIU60K22

NLP2010ET0TXER

PIU60F21

NLP2020ET0TXEN

PIU60G20

NLP2030ET0CRS

PIU60F19

NLP2040ET0TXD0

PIU60E22

NLP2050ET0TXD1

PIU60E20

NLP2060ET0TXD2

PIU60C22

NLP2070ET0TXD3

PIU60D20

NLP2080ET0RXD0

PIU60C21

NLP2090ET0RXD1

PIU60B22

NLP20100ET0RXD2

PIU60E19

NLP20110ET0RXD3

PIU60A21

NLP20120SPBIO01

PIU60A20

NLP20130SPBIO11

PIU60C18

NLP20140SPBIO21

PIU60B19

NLP20150SPBIO31

PIR1601

PIU60H4

NLP7000MD0BOOT2

PIU60H2

NLP7010CS3#0SDRAM20CS#

PIU60H1

NLP7020RAS#

PIU60J3

NLP7030CAS#

PIU60J2

NLP7040CKE

PIU60J1

NLP7050RD0WR#

PIU60K3

NLP7060WE0#0DQMLL

PIU60K2

NLP7070WE1#0DQMLU

PIU60K4

NLP7080IRQ1

PIU60K1

NLP7090A1

PIU60L3

NLP70100A2

PIU60L2

NLP70110A3

PIU60M1

NLP70120A4

PIU60N1

NLP70130A5

PIU60N2

NLP70140A6

PIU60N3

NLP70150A7

PIU60P1

NLP8000A8

PIU60P2

NLP8010A9

PIU60P3

NLP8020A10

PIU60R1

NLP8030A11

PIU60R2

NLP8040A12

PIU60R3

NLP8050A13

PIU60U2

NLP8060A14

PIU60U4

NLP8070A15

PIU60V2

NLP808

PIU60V3

NLP809

PIU60W2

NLP80100RS0DEN

PIU60W3

NLP80110RS0ON

PIU60Y1

NLP80120PWM1E0BLEN

PIU60V4

NLP80130TOUCH0RST

PIU60Y2

NLP80140RSPCK2

PIU60AA1

NLP80150SSL20

PIU60AB2

NLP9000MOSI2

PIU60AA3

NLP9010MISO2

PIU60AB4

NLP10000VIO0CLK

PIU60J20

NLP10000VIO0D5

PIU60AA5

NLP10010VIO0VSYNC

PIU60Y6

NLP10020VIO0HSYNC

PIU60AB5

NLP10030VIO0FLD

PIU60N19

NLP10040VIO0D0

PIU60N20

NLP10050VIO0D1

PIU60N21

NLP10060VIO0D2

PIU60M22

NLP10070VIO0D3

PIU60J21

NLP10080VIO0D4

PIU60H21

NLP100100VIO0D6

PIU60H20

NLP100110VIO0D7

PIU60E21

NLP100120SSISCK

PIU60F20

NLP100130SSIWS

PIU60D22

NLP100140SSIRxD

PIU60D21

NLP100150SSITxD

PIU60A4

NLP11000LCD0DATA7

PIU60C6

NLP11010LCD0DATA6

PIU60B4

NLP11020LCD0DATA5

PIU60C5

NLP11030LCD0DATA4

PIU60L4

NLP11040LCD0DATA3

PIU60L1

NLP11050LCD0DATA2

PIU60M2

NLP11060LCD0DATA1

PIU60M3

NLP11070LCD0DATA0

PIU60T1

NLP11080LCD0DEN

PIU60T2

NLP11090LCD0VSYNC

PIU60T3

NLP110100LCD0HSYNC

PIU60U3

NLP110110LED1R

PIU60G2

NLP110120MMC0 D4

PIU60G1

NLP110130MMC0 D5

PIU60H3

NLP110140MMC0 D6

PIU60J4

NLP110150MMC0 D7

am.renesas.com/HiResGUI

D D

C C

B B

A A

684/15/2015

Author:

Date:

Revision:

Sheet of

Jorge Amodio v2.1 PCB02

Renesas YLCDRZA1H MCU Module

Dual QSPI FLASH & EEPROM

0.1uF

C50

GNDGND

CAT34C02

A0 1

A1 2

A2 3

VSS 4

SDA

5SCL

6WP

7VCC

PAD

GND GND

0.1uF

C51

GND

4K70

RA6A

4K70

RA6B

N25Q256A

DQ1

DQ2/W

VSS 4

PAD

DQ0

DQ3/H

VCC 8

N25Q256A

DQ1

DQ2/W

VSS 4

PAD

DQ0

DQ3/H

VCC 8

0.1uF

C52

GNDGND

P1_1/SDA0

P1_0/SCL0

P9_3/SPBSSL0

P9_2/SPBCLK0

P9_4/SPBIO00

P9_5/SPBIO10

P9_6/SPBIO20

P9_7/SPBIO30

P2_12/SPBIO01

P2_13/SPBIO11

P2_14/SPBIO21

P2_15/SPBIO31

4K70

RA6C

4K70

RA6D

+3V3

4K70

RA7A

4K70

RA7B

4K70

RA7C

4K70

RA7D

4K70

R17

GND

4K70

R15

PIC5001

PIC5002

COC50

PIC5101

PIC5102

COC51

PIC5201

PIC5202

COC52

PIR1501

PIR1502

COR15

PIR1701

PIR1702

COR17

PIRA601

PIRA608

CORA6A

PIRA602

PIRA607

CORA6B

PIRA603

PIRA606

CORA6C

PIRA604

PIRA605

CORA6D

PIRA701

PIRA708

CORA7A

PIRA702

PIRA707

CORA7B

PIRA703

PIRA706

CORA7C

PIRA704

PIRA705

CORA7D

PIU501

PIU502

PIU503

PIU504

PIU505

PIU506

PIU507

PIU508

PIU50PAD

COU5

PIU701

PIU702

PIU703

PIU704

PIU705

PIU706

PIU707

PIU708

PIU70PAD

COU7

PIU801

PIU802

PIU803

PIU804

PIU805

PIU806

PIU807

PIU808

PIU80PAD

COU8

PIC5002

PIC5102

PIC5202

PIR1502

PIR1702 PIRA605 PIRA606

PIRA607

PIRA608 PIRA705

PIRA706

PIRA707

PIRA708

PIU508 PIU701

PIU702

PIU703

PIU708

PIU808

PIC5001

PIC5101

PIC5201

PIU504

PIU50PAD

PIU704

PIU707

PIU70PAD

PIU804

PIU80PAD

PIU706

NLP1000SCL0

PIU705

NLP1010SDA0

PIRA702

PIU805

NLP20120SPBIO01

PIRA704

PIU802

NLP20130SPBIO11

PIRA703

PIU803

NLP20140SPBIO21

PIRA701

PIU807

NLP20150SPBIO31

PIR1701

PIU506

PIU806

NLP9020SPBCLK0

PIR1501

PIU501

PIU801

NLP9030SPBSSL0

PIRA602

PIU505

NLP9040SPBIO00

PIRA604

PIU502

NLP9050SPBIO10

PIRA603

PIU503

NLP9060SPBIO20

PIRA601

PIU507

NLP9070SPBIO30

am.renesas.com/HiResGUI

D D

C C

B B

A A

784/15/2015

Author:

Date:

Revision:

Sheet of

Jorge Amodio v2.1 PCB02

Renesas YLCDRZA1H MCU Module

SDRAM

GND GND

+3V3

P7_7/WE1#/DQMLU

P7_6/WE0#/DQMLL

CKIO

0.1uF

C53

0.1uF

C54

0.1uF

C55

0.1uF

C56

0.1uF

C57

GND GND GND GND GND

+3V3

0.1uF

C58

GND

0.1uF

C59

GND

4K70

RA8A

4K70

RA8C

4K70

RA8B

4K70

RA8D

4.7K

R18

MT48LC16M16A2P

VDD

VDDQ

BA1

BA0

A11

A10

A12

RAS

CAS

UDQM

LDQM

CKE

CLK

F2 VSSQ D7

VSSQ C3

VSSQ B7

VSSQ A3

VSS J1

VSS E3

VSS A1

DQ15 A2

DQ14 B1

DQ13 B2

DQ12 C1

DQ11 C2

DQ10 D1

DQ9 D2

DQ8 E1

DQ7 E9

DQ6 D8

DQ5 D9

DQ4 C8

DQ3 C9

DQ2 B8

DQ1 B9

DQ0 A8

NC E2

P7_9/A1

P7_10/A2

P7_11/A3

P7_12/A4

P7_13/A5

P7_14/A6

P7_15/A7

P8_0/A8

P8_1/A9

P8_2/A10

P8_3/A11

P8_4/A12

P8_5/A13

P8_6/A14

P8_7/A15

P6_0/D0

P6_2/D2

P6_3/D3

P6_4/D4

P6_5/D5

P6_9/D9

P6_13/D13

P6_7/D7

P6_8/D8

P6_1/D1

P6_6/D6

P6_10/D10

P6_11/D11

P6_12/D12

P6_14/D14

P6_15/D15

GND GND

0.1uF

C60

0.1uF

C61

0.1uF

C62

0.1uF

C63

0.1uF

C64

GND GND GND GND GND

0.1uF

C65

GND

0.1uF

C66

GND

4K70

RA9A

4K70

RA9C

4K70

RA9B

4K70

RA9D

4.7K

R19

MT48LC16M16A2P

VDD

VDDQ

BA1

BA0

A11

A10

A12

RAS

CAS

UDQM

LDQM

CKE

CLK

F2 VSSQ D7

VSSQ C3

VSSQ B7

VSSQ A3

VSS J1

VSS E3

VSS A1

DQ15 A2

DQ14 B1

DQ13 B2

DQ12 C1

DQ11 C2

DQ10 D1

DQ9 D2

DQ8 E1

DQ7 E9

DQ6 D8

DQ5 D9

DQ4 C8

DQ3 C9

DQ2 B8

DQ1 B9

DQ0 A8

NC E2

U10

P7_9/A1

P7_10/A2

P7_11/A3

P7_12/A4

P7_13/A5

P7_14/A6

P7_15/A7

P8_0/A8

P8_1/A9

P8_2/A10

P8_3/A11

P8_4/A12

P8_5/A13

P8_6/A14

P8_7/A15

P6_0/D0

P6_2/D2

P6_3/D3

P6_4/D4

P6_5/D5

P6_9/D9

P6_13/D13

P6_7/D7

P6_8/D8

P6_1/D1

P6_6/D6

P6_10/D10

P6_11/D11

P6_12/D12

P6_14/D14

P6_15/D15

P7_5/RD/WR#

P7_3/CAS#

P7_2/RAS#

P7_1/CS3#-SDRAM2_CS#

P7_5/RD/WR#

P7_3/CAS#

P7_2/RAS#

P7_4/CKE P7_4/CKE

P5_8/CS2#-SDRAM1_CS#

P7_7/WE1#/DQMLU

P7_6/WE0#/DQMLL

CKIO

PIC5301

PIC5302

COC53

PIC5401

PIC5402

COC54

PIC5501

PIC5502

COC55

PIC5601

PIC5602

COC56

PIC5701

PIC5702

COC57

PIC5801

PIC5802

COC58

PIC5901

PIC5902

COC59

PIC6001

PIC6002

COC60

PIC6101

PIC6102

COC61

PIC6201

PIC6202

COC62

PIC6301

PIC6302

COC63

PIC6401

PIC6402

COC64

PIC6501

PIC6502

COC65

PIC6601

PIC6602

COC66

PIR1801

PIR1802

COR18

PIR1901

PIR1902

COR19

PIRA801

PIRA808

CORA8A

PIRA802

PIRA807

CORA8B

PIRA803

PIRA806

CORA8C

PIRA804

PIRA805

CORA8D

PIRA901

PIRA908

CORA9A

PIRA902

PIRA907

CORA9B

PIRA903

PIRA906

CORA9C

PIRA904

PIRA905

CORA9D

PIU90A1

PIU90A2

PIU90A3

PIU90A7

PIU90A8

PIU90A9

PIU90B1

PIU90B2

PIU90B3

PIU90B7

PIU90B8

PIU90B9

PIU90C1

PIU90C2

PIU90C3

PIU90C7

PIU90C8

PIU90C9

PIU90D1

PIU90D2

PIU90D3

PIU90D7

PIU90D8

PIU90D9

PIU90E1

PIU90E2

PIU90E3

PIU90E7

PIU90E8

PIU90E9

PIU90F1

PIU90F2

PIU90F3

PIU90F7

PIU90F8

PIU90F9

PIU90G1

PIU90G2

PIU90G3

PIU90G7

PIU90G8

PIU90G9

PIU90H1

PIU90H2

PIU90H3

PIU90H7

PIU90H8

PIU90H9

PIU90J1

PIU90J2

PIU90J3

PIU90J7

PIU90J8

PIU90J9

COU9

PIU100A1

PIU100A2

PIU100A3

PIU100A7

PIU100A8

PIU100A9

PIU100B1

PIU100B2

PIU100B3

PIU100B7

PIU100B8

PIU100B9

PIU100C1

PIU100C2

PIU100C3

PIU100C7

PIU100C8

PIU100C9

PIU100D1

PIU100D2

PIU100D3

PIU100D7

PIU100D8

PIU100D9

PIU100E1

PIU100E2

PIU100E3

PIU100E7

PIU100E8

PIU100E9

PIU100F1

PIU100F2

PIU100F3

PIU100F7

PIU100F8

PIU100F9

PIU100G1

PIU100G2

PIU100G3

PIU100G7

PIU100G8

PIU100G9

PIU100H1

PIU100H2

PIU100H3

PIU100H7

PIU100H8

PIU100H9

PIU100J1

PIU100J2

PIU100J3

PIU100J7

PIU100J8

PIU100J9

COU10

PIC5302 PIC5402 PIC5502

PIC5602

PIC5702 PIC5802

PIC5902 PIC6002

PIC6102 PIC6202

PIC6302

PIC6402 PIC6502

PIC6602

PIRA805PIRA806

PIRA807

PIRA808

PIRA905PIRA906

PIRA907 PIRA908

PIU90A7

PIU90A9

PIU90B3

PIU90C7

PIU90D3

PIU90E7

PIU90J9

PIU100A7

PIU100A9

PIU100B3

PIU100C7

PIU100D3

PIU100E7

PIU100J9

NL03V3

PIR1802

PIR1902

PIU90F2

PIU100F2

NLCKIO

PIC5301 PIC5401 PIC5501

PIC5601

PIC5701 PIC5801

PIC5901 PIC6001

PIC6101 PIC6201

PIC6301

PIC6401 PIC6501

PIC6601

PIR1801

PIR1901

PIU90A1

PIU90A3

PIU90B7

PIU90C3

PIU90D7

PIU90E3

PIU90J1

PIU100A1

PIU100A3

PIU100B7

PIU100C3

PIU100D7

PIU100E3

PIU100J1

PIU90E2

PIU100E2

PIRA802

PIU90G9

NLP5080CS2#0SDRAM10CS#

PIU90A8

PIU100A8

NLP6000D0

PIU90B9

PIU100B9

NLP6010D1

PIU90B8

PIU100B8

NLP6020D2

PIU90C9

PIU100C9

NLP6030D3

PIU90C8

PIU100C8

NLP6040D4

PIU90D9

PIU100D9

NLP6050D5

PIU90D8

PIU100D8

NLP6060D6

PIU90E9

PIU100E9

NLP6070D7

PIU90E1

PIU100E1

NLP6080D8

PIU90D2

PIU100D2

NLP6090D9

PIU90D1

PIU100D1

NLP60100D10

PIU90C2

PIU100C2

NLP60110D11

PIU90C1

PIU100C1

NLP60120D12

PIU90B2

PIU100B2

NLP60130D13

PIU90B1

PIU100B1

NLP60140D14

PIU90A2

PIU100A2

NLP60150D15

PIRA902

PIU100G9

NLP7010CS3#0SDRAM20CS#

PIRA803 PIRA901

PIU90F8

PIU100F8

NLP7020RAS#

PIRA801

PIRA903

PIU90F7

PIU100F7

NLP7030CAS#

PIU90F3

PIU100F3

NLP7040CKE

PIRA804

PIRA904

PIU90F9

PIU100F9

NLP7050RD0WR#

PIU90E8

PIU100E8

NLP7060WE0#0DQMLL

PIU90F1

PIU100F1

NLP7070WE1#0DQMLU

PIU90H7

PIU100H7

NLP7090A1

PIU90H8

PIU100H8

NLP70100A2

PIU90J8

PIU100J8

NLP70110A3

PIU90J7

PIU100J7

NLP70120A4

PIU90J3

PIU100J3

NLP70130A5

PIU90J2

PIU100J2

NLP70140A6

PIU90H3

PIU100H3

NLP70150A7

PIU90H2

PIU100H2

NLP8000A8

PIU90H1

PIU100H1

NLP8010A9

PIU90G3

PIU100G3

NLP8020A10

PIU90H9

PIU100H9

NLP8030A11

PIU90G2

PIU100G2

NLP8040A12

PIU90G1

PIU100G1

NLP8050A13

PIU90G7

PIU100G7

NLP8060A14

PIU90G8

PIU100G8

NLP8070A15

am.renesas.com/HiResGUI

D D

C C

B B

A A

884/15/2015

Author:

Date:

Revision:

Sheet of

Jorge Amodio v2.1 PCB02

Renesas YLCDRZA1H MCU Module

Board to Board Interconnect

P10_2/VIO_HSYNC

P3_7-PMOD_RST#

P3_4/ET_RXCLK

P10_0/VIO_CLK

P1_14/ET_COL

P1_15-LCD_ON

VBUSIN0

P0_1/MD_BOOT1

P1_13-USBH_5V_EN

P3_1/UART_TX

P0_5-ET_RESET#

P1_8/AN0_ALS

P1_11/TINT19-PMOD_IRQ

P1_12/TINT20-USBH_OC

P9_1/MISO2

P3_5/ET_RXER

VBUSIN1

P3_0/LCD_CLK

P3_2/UART_RX

P3_3/ET_MDIO

P1_9/IRQ3-AUDIO_IRQ

P1_10/IRQ4-TOUCH_IRQ

USBF_P

USBH_N

P8_15/SSL20

P0_4-MMC_RST#

RESET#

P10_1/VIO_VSYNC

P10_3/VIO_FLD

USBF_N

USBH_P

GNDGND

P10_8/VIO_D4

P4_12/SD_CLK

P10_0/VIO_D5

P11_9/LCD_VSYNC

P3_15/MMC_ D2

P2_0/ET_TXCLK

P2_1/ET_TXER

P11_5/LCD_DATA2

P4_7/LCD_DATA15

P10_5/VIO_D1

P10_6/VIO_D2

P4_2/LCD_DATA10

P4_1/LCD_DATA9

P8_8

P8_9

P11_6/LCD_DATA1

P11_7/LCD_DATA0

P4_9/SD_WP

P3_11/MMC_ D0

P8_11/RS_ON

P3_9-RZM_LED_GRN

CLKAUDIO_24MHZ

P8_12/PWM1E-BLEN

P8_14/RSPCK2

P4_10/SD_D1

P11_10/LCD_HSYNCP8_13-TOUCH_RST

P3_8-RZM_LED_RED

TRST#

TMS

P10_7/VIO_D3

CKIO

P11_4/LCD_DATA3

TDO

TCK

P4_6/LCD_DATA14

P3_12/MMC_ CLK

P4_8/SD_CD

TDI

P4_5/LCD_DATA13

P3_10/MMC_ D1

P4_3/LCD_DATA11

P4_0/LCD_DATA8

P5_9/ET_MDC

P0_3/MD_CLKS

P9_3/SPBSSL0

P2_7/ET_TXD3

P1_5/IRQ5-ET_IRQ

P5_7/LCD_DATA23

P1_3/SDA1

P1_0/SCL0

P5_10/CAN1TX

P11_3/LCD_DATA4

P11_1/LCD_DATA6

P5_5/LCD_DATA21

P5_4/LCD_DATA20

P2_4/ET_TXD0

P10_13/SSIWS

P5_1/LCD_DATA17

P1_7/SDA3

P1_6/SCL3

P10_14/SSIRxD

P4_13/SD_CMD

P11_14/MMC_ D6

P7_0/MD_BOOT2

P4_11/SD_D0

P10_11/VIO_D7

P5_6/LCD_DATA22

P2_8/ET_RXD0

P2_2/ET_TXEN

P4_15/SD_D2

P11_13/MMC_ D5

P4_14/SD_D3

P1_2/SCL1

P2_5/ET_TXD1

P11_2/LCD_DATA5

P2_6/ET_TXD2

P10_12/SSISCK

P5_3/LCD_DATA19

P2_11/ET_RXD3

P5_0/LCD_DATA16

P11_12/MMC_ D4

P1_4/CAN1RX

P10_15/SSITxD

P9_5/SPBIO10

P9_2/SPBCLK0

P11_0/LCD_DATA7

P1_1/SDA0

P2_9/ET_RXD1

P5_2/LCD_DATA18

P2_10/ET_RXD2P2_3/ET_CRS

P10_4/VIO_D0

P10_10/VIO_D6 P11_15/MMC_ D7

P7_8/IRQ1

P3_14/MMC_ D3

P3_13/MMC_ CMD

P9_0/MOSI2

P3_6/ET_RXDV

P11_8/LCD_DEN

P8_10/RS_DEN

+VEXT

3 4

5 6

7 8

9 10

11 12

13 14

15 16

17 18

19 20

21 22

23 24

25 26

27 28

29 30

31 32

33 34

35 36

37 38

39 40

41 42

43 44

45 46

47 48

49 50

51 52

53 54

55 56

57 58

59 60

61 62

63 64

65 66

67 68

69 70

71 72

73 74

75 76

77 78

79 80

81 82

83 84

85 86

87 88

89 90

91 92

93 94

95 96

97 98

99 100

1 2

J1A

103 104

105 106

107 108

109 110

111 112

113 114

115 116

117 118

119 120

121 122

123 124

125 126

127 128

129 130

131 132

133 134

135 136

137 138

139 140

141 142

143 144

145 146

147 148

149 150

151 152

153 154

155 156

157 158

159 160

161 162

163 164

165 166

167 168

169 170

171 172

173 174

175 176

177 178

179 180

181 182

183 184

185 186

187 188

189 190

191 192

193 194

195 196

197 198

199 200

101 102

J1B

+VEXT

GND

Board to Board connections via PCB Edge 200-pin matching DDR2 SODIMM Socket

22R0RA10A

22R0RA10B

22R0RA10C

22R0RA10D

P4_4/LCD_DATA12

PWRDWN#

P9_4/SPBIO00

+1V18

+3V3

PIJ101 PIJ102

PIJ103 PIJ104

PIJ105 PIJ106

PIJ107 PIJ108

PIJ109

PIJ1010

PIJ1011 PIJ1012

PIJ1013 PIJ1014

PIJ1015 PIJ1016

PIJ1017 PIJ1018

PIJ1019 PIJ1020

PIJ1021 PIJ1022

PIJ1023 PIJ1024

PIJ1025 PIJ1026

PIJ1027 PIJ1028

PIJ1029 PIJ1030

PIJ1031 PIJ1032

PIJ1033 PIJ1034

PIJ1035 PIJ1036

PIJ1037 PIJ1038

PIJ1039 PIJ1040

PIJ1041 PIJ1042

PIJ1043 PIJ1044

PIJ1045 PIJ1046

PIJ1047 PIJ1048

PIJ1049 PIJ1050

PIJ1051 PIJ1052

PIJ1053 PIJ1054

PIJ1055 PIJ1056

PIJ1057 PIJ1058

PIJ1059 PIJ1060

PIJ1061 PIJ1062

PIJ1063 PIJ1064

PIJ1065 PIJ1066

PIJ1067 PIJ1068

PIJ1069 PIJ1070

PIJ1071 PIJ1072

PIJ1073 PIJ1074

PIJ1075 PIJ1076

PIJ1077 PIJ1078

PIJ1079 PIJ1080

PIJ1081 PIJ1082

PIJ1083 PIJ1084

PIJ1085 PIJ1086

PIJ1087 PIJ1088

PIJ1089 PIJ1090

PIJ1091 PIJ1092

PIJ1093 PIJ1094

PIJ1095 PIJ1096

PIJ1097 PIJ1098

PIJ1099

PIJ10100

COJ1A

PIJ10101 PIJ10102

PIJ10103 PIJ10104

PIJ10105 PIJ10106

PIJ10107 PIJ10108

PIJ10109 PIJ10110

PIJ10111 PIJ10112

PIJ10113 PIJ10114

PIJ10115 PIJ10116

PIJ10117 PIJ10118

PIJ10119 PIJ10120

PIJ10121 PIJ10122

PIJ10123 PIJ10124

PIJ10125 PIJ10126

PIJ10127 PIJ10128

PIJ10129 PIJ10130

PIJ10131 PIJ10132

PIJ10133 PIJ10134

PIJ10135 PIJ10136

PIJ10137 PIJ10138

PIJ10139 PIJ10140

PIJ10141 PIJ10142

PIJ10143 PIJ10144

PIJ10145 PIJ10146

PIJ10147 PIJ10148

PIJ10149 PIJ10150

PIJ10151 PIJ10152

PIJ10153 PIJ10154

PIJ10155 PIJ10156

PIJ10157 PIJ10158

PIJ10159 PIJ10160

PIJ10161 PIJ10162

PIJ10163 PIJ10164

PIJ10165 PIJ10166

PIJ10167 PIJ10168

PIJ10169 PIJ10170

PIJ10171 PIJ10172

PIJ10173 PIJ10174

PIJ10175 PIJ10176

PIJ10177 PIJ10178

PIJ10179 PIJ10180

PIJ10181 PIJ10182

PIJ10183 PIJ10184

PIJ10185 PIJ10186

PIJ10187 PIJ10188

PIJ10189 PIJ10190

PIJ10191 PIJ10192

PIJ10193 PIJ10194

PIJ10195 PIJ10196

PIJ10197 PIJ10198

PIJ10199 PIJ10200

COJ1B

PIRA1001

PIRA1008

CORA10A

PIRA1002 PIRA1007

CORA10B

PIRA1003

PIRA1006

CORA10C

PIRA1004 PIRA1005

CORA10D

PIJ10196

NL01V18

PIJ1042

NL03V3

PIJ102

PIJ1014

PIJ1034

PIJ1048

PIJ1060

PIJ1074

PIJ1088

PIJ10100

PIJ10102

PIJ10114

PIJ10130

PIJ10138

NL0VEXT

PIJ1010

NLCKIO

PIJ1067

NLCLKAUDIO024MHZ

PIJ101

PIJ1013

PIJ1033

PIJ1039

PIJ1045

PIJ1051

PIJ1059

PIJ1075

PIJ1087

PIJ1095

PIJ10101

PIJ10113

PIJ10125

PIJ10139 PIJ10140

PIJ10141

PIJ10143

PIJ10145 PIJ10146

PIJ10147

PIJ10149

PIJ10151 PIJ10152

PIJ10153

PIJ10155

PIJ10157 PIJ10158

PIJ10159

PIJ10161

PIJ10163 PIJ10164

PIJ10167

PIJ10172

PIJ10189

PIJ1035

PIRA1005

PIJ1037

PIRA1006

PIJ1044

PIJ1046

PIJ1047

PIRA1007

PIJ1049

PIRA1008

PIJ1050

PIJ1062

PIJ1069

PIJ1073

PIJ10124

PIJ10180

PIJ10182

PIJ10184

PIJ10186

PIJ10188

PIJ10190

PIJ10192

PIJ10194

PIJ10198

PIJ1061

NLP0010MD0BOOT1

PIJ10176

NLP0030MD0CLKS

PIJ1031

NLP0040MMC0RST#

PIJ1029

NLP0050ET0RESET#

PIJ10126

NLP1000SCL0

PIJ10128

NLP1010SDA0

PIJ10165

NLP1020SCL1

PIJ10169

NLP1030SDA1

PIJ10134

NLP1040CAN1RX

PIJ10171

NLP1050IRQ50ET0IRQ

PIJ10132

NLP1060SCL3

PIJ10136

NLP1070SDA3

PIJ1053

NLP1080AN00ALS

PIJ1063

NLP1090IRQ30AUDIO0IRQ

PIJ1052

NLP10100IRQ40TOUCH0IRQ

PIJ1057

NLP10110TINT190PMOD0IRQ

PIJ1056

NLP10120TINT200USBH0OC

PIJ1055

NLP10130USBH05V0EN

PIJ1058

NLP10140ET0COL

PIJ1054

NLP10150LCD0ON

PIJ1080

NLP2000ET0TXCLK

PIJ1086

NLP2010ET0TXER

PIJ10104

NLP2020ET0TXEN

PIJ10121

NLP2030ET0CRS

PIJ10129

NLP2040ET0TXD0

PIJ10110

NLP2050ET0TXD1

PIJ10135

NLP2060ET0TXD2

PIJ10120

NLP2070ET0TXD3

PIJ10137

NLP2080ET0RXD0

PIJ10118

NLP2090ET0RXD1

PIJ10122

NLP20100ET0RXD2

PIJ10131

NLP20110ET0RXD3

PIJ1023

NLP3000LCD0CLK

PIJ1025

NLP3010UART0TX

PIJ1015

NLP3020UART0RX

PIJ1021

NLP3030ET0MDIO

PIJ1040

NLP3040ET0RXCLK

PIJ1036

NLP3050ET0RXER

PIJ1028

NLP3060ET0RXDV

PIJ1030

NLP3070PMOD0RST#

PIJ1071

NLP3080RZM0LED0RED

PIJ1065

NLP3090RZM0LED0GRN

PIJ1089

NLP30100MMC0 D1

PIJ1093

NLP30110MMC0 D0

PIJ1091

NLP30120MMC0 CLK

PIJ1097

NLP30130MMC0 CMD

PIJ1064

NLP30140MMC0 D3

PIJ1099

NLP30150MMC0 D2

PIJ10103

NLP4000LCD0DATA8

PIJ1066

NLP4010LCD0DATA9

PIJ1068

NLP4020LCD0DATA10

PIJ1070

NLP4030LCD0DATA11

PIJ10105

NLP4040LCD0DATA12

PIJ1078

NLP4050LCD0DATA13

PIJ1082

NLP4060LCD0DATA14

PIJ10111

NLP4070LCD0DATA15

PIJ10115

NLP4080SD0CD

PIJ1084

NLP4090SD0WP

PIJ1092

NLP40100SD0D1

PIJ10119

NLP40110SD0D0

PIJ1096

NLP40120SD0CLK

PIJ1098

NLP40130SD0CMD

PIJ10123

NLP40140SD0D3

PIJ10106

NLP40150SD0D2

PIJ10142

NLP5000LCD0DATA16

PIJ10144

NLP5010LCD0DATA17

PIJ10154

NLP5020LCD0DATA18

PIJ10156

NLP5030LCD0DATA19

PIJ10148

NLP5040LCD0DATA20

PIJ10150

NLP5050LCD0DATA21

PIJ10160

NLP5060LCD0DATA22

PIJ10162

NLP5070LCD0DATA23

PIJ10168

NLP5090ET0MDC

PIJ10170

NLP50100CAN1TX

PIJ10179

NLP7000MD0BOOT2

PIJ10195

NLP7080IRQ1

PIJ1012

NLP808

PIJ1016

NLP809

PIJ1011

NLP80100RS0DEN

PIJ109

NLP80110RS0ON

PIJ1018

NLP80120PWM1E0BLEN

PIJ107

NLP80130TOUCH0RST

PIJ1022

NLP80140RSPCK2

PIJ1020

NLP80150SSL20

PIJ1024

NLP9000MOSI2

PIJ1026

NLP9010MISO2

PIJ10166

NLP9020SPBCLK0

PIJ10174

NLP9030SPBSSL0

PIJ10178

NLP9040SPBIO00

PIJ10173

NLP9050SPBIO10

PIJ1032

NLP10000VIO0CLK

PIJ10127

NLP10000VIO0D5

PIJ1019

NLP10010VIO0VSYNC

PIJ1017

NLP10020VIO0HSYNC

PIJ1038

NLP10030VIO0FLD

PIJ10109

NLP10040VIO0D0

PIJ10107

NLP10050VIO0D1

PIJ1072

NLP10060VIO0D2

PIJ1076

NLP10070VIO0D3

PIJ1090

NLP10080VIO0D4

PIJ1094

NLP100100VIO0D6

PIJ10117

NLP100110VIO0D7

PIJ10108

NLP100120SSISCK

PIJ10133

NLP100130SSIWS

PIJ10116

NLP100140SSIRxD

PIJ10112

NLP100150SSITxD

PIJ10181

NLP11000LCD0DATA7

PIJ10175

NLP11010LCD0DATA6

PIJ10183

NLP11020LCD0DATA5

PIJ10177

NLP11030LCD0DATA4

PIJ10197

NLP11040LCD0DATA3

PIJ10199

NLP11050LCD0DATA2

PIJ106

NLP11060LCD0DATA1

PIJ104

NLP11070LCD0DATA0

PIJ103

NLP11080LCD0DEN

PIJ105

NLP11090LCD0VSYNC

PIJ108

NLP110100LCD0HSYNC

PIJ10187

NLP110120MMC0 D4

PIJ10191

NLP110130MMC0 D5

PIJ10185

NLP110140MMC0 D6

PIJ10193

NLP110150MMC0 D7

PIJ10200

NLPWRDWN#

PIJ1027

NLRESET#

PIJ1085

NLTCK

PIJ1079

NLTDI

PIJ1081

NLTDO

PIJ1083

NLTMS

PIJ1077

NLTRST#

PIRA1004

NLUSBF0N

PIRA1003

NLUSBF0P

PIRA1001

NLUSBH0N

PIRA1002

NLUSBH0P

PIJ1043

NLVBUSIN0

PIJ1041

NLVBUSIN1

am.renesas.com/HiResGUI

YLCDRZA1H

Technical Reference Ma nual

Rev 2.20

Jul 21, 2015

Page 44 of 68

12.3 - RZ Module BOM

Description

Package

CL10A106KP8NNND [Samsung] Ceramic 10uF 10V 10% X5R

0603

C2 CL05A475MQ5NQNC [Samsung] Ceramic 4u7 6V3 20% X5R 0402

C3-4,C6,C8-20,C23-26,C28-

C38,C40-47,C50-66

CL03A104KP3NNNC [Samsung] Ceramic100n0 10V X5R 10% 0201

C48,C49

CL05C120JB5NNNC [Samsung] Ceramic 12p0 50V C0G 5%

0402

CL10A226MQ8NRNC [Samsung] Ceramic 22uF 6.3V X5R 20%

0603

C7,C21-22,C27,C39

CL05A106MQ5NUNC [Samsung] CER 10uF 6.3V X5R 20%

0402

L1 SRN3015-2R2M [Bourns] 2.2uH 1.8A 72mOhm Inductor SMD

SRN3015-1R0Y [Bourns] 1uH 2.35A Inductor 3x3x1.5mm

SMD

LED1

598-8610-207F [Dialight] LED Bi-Color Red/Green 60/40mcd

1210

ERA-2AED104X [Panasonic] 100K0 0.5% 1/16W 25ppm

0402

R10 ERA-2AED243X [Panasonic ] 24k0 0.5% 1/16W 25ppm 0402

R12,R13

ERJ-2RKF4702X [Panasonic] 47k0 1% 1/10W 100ppm

0402

R14

ERA-2AED223X [Panasonic ] 22k0 0.5% 1/16W 25ppm

0402

R21 ERA-2AED471X [Panasonic ] 470R 0.5% 1/16W 25ppm 0402

R22 ERA-2AED152X [Panasonic] 1K50 0.5% 1/16W 25ppm 0402

R2-4,R15-19

ERA-2AED472X [Panasonic ] 4k70 0.5% 1/16W 25ppm

0402

R5-8

CRCW04020000Z0ED [Vishay] 0R00 1/16W

0402

R9,R11

ERA-2AED562X [Panasonic ] 5k60 0.5% 1/16W 25ppm

0402

RA10 EXB-28V220JX [Panasonic] IsolArr 22R0 4x 5% 200ppm 1/16W 0804

RA1-9

EXB-28V472JX [Panasonic] IsolArr 4k7 5% 200ppm 1/16W 4x0402

0804

IDTP9122 [IDT] Switcher w/I2C Dual Factory Pgm 1.18[1],3.30[2]

QFN24

STM1818SWX7F [STM] Reset Monitor 2.88V

SOT23

U3 SI5351C [SiLabs] I2C 8 Clock Gen (T/R) Factory Pre-Programmed QFN20

501AAA-12M0000-DAGR [SiLabs] 12MHz Oscillator 50ppm

2x2.5

U5,U8

N25Q256A13EF840E [Micron] NOR Serial FLASH QSPI 256Mbit

V-PDFN-8/8x6mm

U6 R7S721001VCBG#AC0 [Renesas] RZ A1H MCU 10MB BGA324 PRBG0324GA-A

U7 CAT34C02HU4IGT4A [OnSemi] EEPROM I2C 2KBit w/OTP UDFN8

U9,U10

MT48LC16M16A2B4-6A IT:G TR [Micron] 32MB SDRAM 133MHz

VFBGA54

ABS07-32.768KHZ-T [Abracon] 32.768 Tuning Fork Crystal

2-SMD

YLCDRZA1H

Technical Reference Ma nual

Rev 2.20

Jul 21, 2015

Page 45 of 68

12.4 - Baseboard Schematics

D D

C C

B B

A A

Renesas YLCDRZA1H Baseboard

Revision:

Sheet of

v2.1 PCB03Author: Jorge Amodio

Date:

www.seriousintegrated.com

1 12

7/15/2015

System and USB Host Power Supplies

TPS54232

BOOT

VIN

4VSENSE 5

COMP 6

GND 7

PH 8

B240A

10uH

50V

0.1uF

C13

0.1uF

18pF

C15

270pF

1K87

0.5%

10K0

37K4

6.3V

4.7uF

GND GND GND GND GNDGND GND GND GND GND

+5V

GND

50V

10uF

C10

50V

10uF

C11

6.3V

22uF

50V

10uF

C12

0.01uF

C14

+VIN

2.2uH

10V

10uF

C16

GNDGND GND

0.1uF

C18

GND GND

USBH_AUX_5V

USBH_5V

RZM-USBH_OC#

6.3V

22uF

C17

180K0

GND

10V

10uF

C6 1uH

2.2uH

6.3V

4.7uF

GND

0.1uF

GND GND

+1V8

+3V3

+1V8

+3V3

PORB

GND GND

+5V

10K0

100K0

RA1A

GND

Program for Mode 0

Vout1 = 1.8000V

Vout2 = 3.3000V

PORB = PG1 & PG2

6.3V

22uF

P9122

VIN

PVIN1

PVIN2

VINSEL

VREF

VGND

DEVSLPIN

GPI3

GPIO14

GPIO15

GPO16

GPIO17

GND

PAD

PGND2 19

LX2 21

LX2 20

FB2 18

PGND1 8

LX1 7

FB1 6

+3V3

RZM-USBH_5V_EN

TPS2501

PGND

GND

5ILIM 6

ENUSB 7

FAULT 8

USB 9

AUX 10

PAD

74LVC1G157GV

I0 3

I1 1

GND

4VCC

GND

10K0

PIC101

PIC102

COC1

PIC201

PIC202

COC2

PIC301

PIC302

COC3

PIC401

PIC402

COC4

PIC501

PIC502

COC5

PIC601

PIC602

COC6

PIC701

PIC702

COC7

PIC801

PIC802

COC8

PIC901

PIC902

COC9

PIC1001

PIC1002

COC10

PIC1101

PIC1102

COC11

PIC1201

PIC1202

COC12

PIC1301

PIC1302

COC13

PIC1401

PIC1402

COC14

PIC1501

PIC1502

COC15

PIC1601

PIC1602

COC16

PIC1701

PIC1702

COC17

PIC1801

PIC1802

COC18

PID50A

PID50K

COD5

PIJ20SH

PIJ20SL

PIJ20TIP

COJ2

PIL101 PIL102

COL1

PIL201 PIL202

COL2

PIL301 PIL302

COL3

PIL401 PIL402

COL4

PIR101

PIR102

COR1

PIR201

PIR202

COR2

PIR301

PIR302

COR3

PIR401

PIR402

COR4

PIR501

PIR502

COR5

PIR601

PIR602

COR6

PIRA101

PIRA108

CORA1A

PIU101

PIU102

PIU103

PIU104

PIU105

PIU106

PIU107

PIU108

PIU109

PIU1011

PIU1014

PIU1015

PIU1016

PIU1017

PIU1018

PIU1019

PIU1020

PIU1021

PIU1022

PIU1023

PIU1024

PIU10PAD

COU1

PIU201

PIU202

PIU203

PIU204 PIU205

PIU206

PIU207

PIU208

COU2

PIU301

PIU302

PIU303

PIU304

PIU305

PIU306

PIU307

PIU308

PIU309

PIU3010

PIU30PAD

COU3

PIU401

PIU402

PIU403

PIU404

PIU405

PIU406

COU4

PIC102 PIC202

PIL202

PIU106

NL01V8

PIC702 PIC902

PIL302

PIR402 PIR502

PIU1018

PIU403

PIU405

NL03V3

PIC402

PIC502

PIC602

PIC1602

PIL102

PIL401

PIR102

PIRA108

PIU109

PIU1022

PIU1023

PIU1024

PIU303

PIU304

PIC1002 PIC1102

PIC1202

PIC1301

PIJ20TIP

PIU202

NL0VIN

PIC101 PIC201

PIC401

PIC501

PIC601

PIC701 PIC901

PIC1001 PIC1101

PIC1201

PIC1302 PIC1401 PIC1502

PIC1601 PIC1701PIC1801

PID50A

PIJ20SH

PIJ20SL

PIR201

PIR301

PIR601

PIU101

PIU104

PIU105

PIU108

PIU1011

PIU1019

PIU10PAD

PIU207

PIU302

PIU305

PIU30PAD

PIU401

PIU402

PIC301

PID50K

PIL101

PIU208

PIC302

PIU201

PIC801

PIR202

PIC802

PIC1501

PIU206

PIC1402

PIU204

PIL201

PIU107

PIL301

PIU1020

PIU1021

PIL402

PIU301

PIR101

PIR302

PIU205

PIR602

PIU306

PIRA101

PIU1014

PIU1015

PIU1017

PIU102

PIU103

PIU203

PIU307

PIU404

PIU1016

NLPORB

PIR501

PIU406

NLRZM0USBH05V0EN

PIR401

PIU308

NLRZM0USBH0OC#

PIC1802

PIU309

NLUSBH05V

PIC1702

PIU3010

NLUSBH0AUX05V

D D

C C

B B

A A

Renesas YLCDRZA1H Baseboard

Revision:

Sheet of

v2.1 PCB03Author: Jorge Amodio

Date:

www.seriousintegrated.com

2 12

7/15/2015

LCD Power

CAT4139

VIN

4GND

FB 3

SW 1

10V

10uF

C37

0.1uF

C39

GND GND GND GND

RZM-BLEN

1K10

R16

GND

50V

1uF

C38

GND

BL_LED+

BL_LED-

22uH

DFLS130L

100K0

RA1B

+5V

GND GND GNDGND

33K0

R14

GND GND

1uF

C32

GND

499K

0.001uF

C19

GNDGNDGND

LCD_VGL

0.1uF

C27

GND GND GND GND

1uF

C33

GND

LCD_AVDD

LCD_VGH

LCD_VCOM

+3V3

GND GND

3.9uH

22uF

C24

22uF

C36

0.33uF

C25

0.33uF

C34

0.33uF

C21

0.33uF

C35

0.33uF

C23

0.33uF

C22

22pF

C29

470pF

C28

33pF

C20

220nF

C26

0.01uF

C30

0.01uF

C31

TPS65150

VIN

DRVN

GD 2

SUP 12

FBN

REF

GND

PGND

CTRL

ADJ

DLY1

DLY2

FDLY

FB 4

DRVP 20

FBP 15

CPI 19

VGH 18

VCOM 13

PAD

COMP

9.74V

22.7V

3.3V

-8V 1%

499K

R10

1M00

R11

56K2

R13

75K0

R12

3R0

R17

RB481K

2 1

D1A

RB481K

D1B

RB481K

2 1

D2A

RB481K

3 4

D2B

RB481K

2 1

D3A

RB481K

2 1

D4A

RB481K

D4B

66K5

R15

255K0

PIC1901 PIC1902

COC19

PIC2001

PIC2002

COC20

PIC2101

PIC2102

COC21

PIC2201

PIC2202

COC22

PIC2301

PIC2302

COC23

PIC2401

PIC2402

COC24

PIC2501

PIC2502

COC25

PIC2601

PIC2602

COC26

PIC2701

PIC2702

COC27

PIC2801

PIC2802

COC28

PIC2901

PIC2902

COC29

PIC3001

PIC3002

COC30

PIC3101

PIC3102

COC31

PIC3201

PIC3202

COC32

PIC3301

PIC3302

COC33

PIC3401

PIC3402

COC34

PIC3501

PIC3502

COC35

PIC3601

PIC3602

COC36

PIC3701

PIC3702

COC37

PIC3801

PIC3802

COC38

PIC3901

PIC3902

COC39

PID101

PID102

COD1A

PID103

PID104

COD1B

PID201PID202

COD2A

PID203

PID204

COD2B

PID301

PID302

COD3A

PID401PID402

COD4A

PID403

PID404

COD4B

PID60A PID60K

COD6

PIL501 PIL502

COL5

PIL601 PIL602

COL6

PIR701

PIR702

COR7

PIR801

PIR802

COR8

PIR901

PIR902

COR9

PIR1001

PIR1002

COR10

PIR1101

PIR1102

COR11

PIR1201

PIR1202

COR12

PIR1301

PIR1302

COR13

PIR1401

PIR1402

COR14

PIR1501

PIR1502

COR15

PIR1601 PIR1602

COR16

PIR1701

PIR1702

COR17

PIRA102

PIRA107

CORA1B

PIU501 PIU502

PIU503

PIU504

PIU505 PIU506

PIU507

PIU508 PIU509

PIU5010

PIU5011

PIU5012

PIU5013

PIU5014

PIU5015

PIU5016

PIU5017

PIU5018

PIU5019

PIU5020

PIU5021

PIU5022

PIU5023

PIU5024

PIU50PAD

COU5

PIU601

PIU602

PIU603

PIU604

PIU605

COU6

PIC2402 PIC2702

PIL501

PIU507

PIU5016

PIC3702 PIC3902

PIL601

PIU605

PIC3802

PID60K

NLBL0LED0

PIR1602

PIR1702

NLBL0LED0

PIC1901

PIC2401 PIC2501 PIC2601 PIC2801 PIC2901

PIC3001

PIC3102

PIC3202

PIC3302 PIC3401 PIC3501

PIC3601

PIC3701

PIC3801

PIC3901

PID404

PIR701

PIR1301PIR1502

PIR1701

PIRA102

PIU5010

PIU5011

PIU5022

PIU50PAD

PIU602

PIC2002

PIC3201 PIC3602

PID101

PID103

PIR802

PIR902

PIU5012

NLLCD0AVDD

PIC3301

PIU5013

NLLCD0VCOM

PIU5018

NLLCD0VGH

PIC2502

PID402

PIR1002

NLLCD0VGL

PIC1902

PIR702

PIR801

PIU5014

PIC2001

PIR901

PIR1501

PIU504

PIC2101

PID204

PID302

PIC2102

PID102

PIL502

PIU508 PIU509

PIC2201

PIU5021

PIC2202

PID401

PID403

PIC2301

PID104

PID202

PIC2302

PIU5020

PIC2602

PIR1201

PIU5023

PIC2701

PIU503

PIC2802

PIR1401

PIC2902

PIU5017

PIC3002

PIU505

PIC3101

PIU506

PIC3402

PID201PID203

PIC3502

PID301

PIR1102

PIU5019

PID60A

PIL602

PIU601

PIR1001

PIR1202

PIU5024

PIR1101

PIR1302

PIU5015

PIR1402

PIU501

PIR1601

PIU603

PIU502

PIRA107

PIU604

NLRZM0BLEN

D D

C C

B B

A A

Renesas YLCDRZA1H Baseboard

Revision:

Sheet of

v2.1 PCB03Author: Jorge Amodio

Date:

www.seriousintegrated.com

3 12

7/15/2015

LCD Interface

DS90C383B

TxIN1

TxIN2

TxIN3

TxIN4

TxIN5

TxIN6

TxIN7

TxIN8

TxIN9

TxIN10

TxIN11

TxIN12

TxIN13

TxIN14

TxIN15

TxIN16

TxIN17

TxIN18

TxIN19

TxIN20

TxIN21

TxIN22

TxIN23

TxIN24

TxIN25

TxIN26

TxIN27

TxCLK IN

VCC 1

LVDS Vcc 44

PLL Vcc 34

PWRDWN 32

LVDS GND 49

LVDS GND 43

LVDS GND 36

TxOUT 0- 48

TxOUT 0+ 47

TxOUT 1- 46

TxOUT 1+ 45

TxOUT 2- 42

TxOUT 2+ 41

TxCLKOUT- 40

TxCLKOUT+ 39

TxOUT 3- 38

TxOUT3+ 37

GND 5

PLL GND 33

PLL GND 35

VCC 9

VCC 17

VCC 26

GND 13

GND 21

GND 29

GND 53

TxIN0

RZM-LCD_DATA18

RZM-LCD_DATA19

RZM-LCD_DATA20

RZM-LCD_DATA21

RZM-LCD_DATA22

RZM-LCD_DATA23

RZM-LCD_DATA17

RZM-LCD_DATA10

RZM-LCD_DATA11

RZM-LCD_DATA12

RZM-LCD_DATA8

RZM-LCD_DATA9

RZM-LCD_DATA13

RZM-LCD_DATA14

RZM-LCD_DATA15

RZM-LCD_DATA2

RZM-LCD_DATA0

RZM-LCD_DATA1

RZM-LCD_DATA3

RZM-LCD_DATA4

RZM-LCD_DATA5

RZM-LCD_DATA6

RZM-LCD_DATA7

RZM-LCD_HSYNC

RZM-LCD_VSYNC

RZM-LCD_DEN

RZM-LCD_DATA16

RZM-LCD_CLK

HSYNC

VSYNC

DEN

CLK

GND

0.1uF

C40

0.1uF

C41

0.1uF

C42

0.1uF

C43

0.1uF

C44

GND GND GND GND GND

+3V3

RxIN0-

VCOM

VDD

GND

LED+

VGH

VGL

RxIN0+

RxIN1-

RxIN1+

RxIN2-

RxIN2+

RxCLK-

RxCLK+

RxIN3-

RxIN3+

AVDD

LED-

GND

LVDS_TX0_N

LVDS_TX0_P

LVDS_TX1_N

LVDS_TX1_P

LVDS_TX2_N

LVDS_TX2_P

LVDS_CLK_N

LVDS_CLK_P

LVDS_TX3_N

LVDS_TX3_P

BL_LED-

BL_LED+

VDD

GND

RST

SCL

SDA

INT

0.1uF

C48

GND

RZM-TOUCH_RST

RZM-SCL1

RZM-SDA1

RZM-TOUCH_IRQ

0.1uF

C45

GND

10K0

R18

I2CADDR: 0x5C

33R

RA2A

33R

RA2B

33R

RA2C

33R

RA2D

33R

RA3A

33R

RA3B

33R

RA3C

33R

RA3D

33R

RA4A

33R

RA4B

33R

RA4C

33R

RA4D

33R

RA5A

33R

RA5B

33R

RA5C

33R

RA5D

33R

RA6A

33R

RA6B

33R

RA6C

33R

RA6D

33R

RA7A

33R

RA7B

33R

RA7C

33R

RA7D

33R

RA8A

33R

RA8B

33R

RA8C

33R

RA8D

LCD_VGL

LCD_AVDD

LCD_VGH

LCD_VCOM

+3V3

0.1uF

C46

GND

1uF

C47

GND

4K70

7 2

RA18B

4K70

8 1

RA18A

PIC4001

PIC4002

COC40

PIC4101

PIC4102

COC41

PIC4201

PIC4202

COC42

PIC4301

PIC4302

COC43

PIC4401

PIC4402

COC44

PIC4501

PIC4502

COC45

PIC4601

PIC4602

COC46

PIC4701

PIC4702

COC47

PIC4801

PIC4802

COC48

PIJ301

PIJ302

PIJ303

PIJ304

PIJ305

PIJ306

PIJ307

PIJ308

PIJ309

PIJ3010

PIJ3011

PIJ3012

PIJ3013

PIJ3014

PIJ3015

PIJ3016

PIJ3017

PIJ3018

PIJ3019

PIJ3020

PIJ3021

PIJ3022

PIJ3023

PIJ3024

PIJ3025

PIJ3026

PIJ3027

PIJ3028

PIJ3029

PIJ3030

PIJ3031

PIJ3032

PIJ3033

PIJ3034

PIJ3035

PIJ3036

PIJ3037

PIJ3038

PIJ3039

PIJ3040

COJ3

PIJ401

PIJ402

PIJ403

PIJ404

PIJ405

PIJ406

PIJ407

PIJ408

COJ4

PIR1801

PIR1802

COR18

PIRA201 PIRA208

CORA2A

PIRA202 PIRA207

CORA2B

PIRA203 PIRA206

CORA2C

PIRA204 PIRA205

CORA2D

PIRA301 PIRA308

CORA3A

PIRA302 PIRA307

CORA3B

PIRA303 PIRA306

CORA3C

PIRA304 PIRA305

CORA3D

PIRA401 PIRA408

CORA4A

PIRA402 PIRA407

CORA4B

PIRA403 PIRA406

CORA4C

PIRA404 PIRA405

CORA4D

PIRA501 PIRA508

CORA5A

PIRA502 PIRA507

CORA5B

PIRA503 PIRA506

CORA5C

PIRA504 PIRA505

CORA5D

PIRA601 PIRA608

CORA6A

PIRA602 PIRA607

CORA6B

PIRA603 PIRA606

CORA6C

PIRA604 PIRA605

CORA6D

PIRA701 PIRA708

CORA7A

PIRA702 PIRA707

CORA7B

PIRA703 PIRA706

CORA7C

PIRA704 PIRA705

CORA7D

PIRA801 PIRA808

CORA8A

PIRA802 PIRA807

CORA8B

PIRA803 PIRA806

CORA8C

PIRA804 PIRA805

CORA8D

PIRA1801

PIRA1808

CORA18A

PIRA1802

PIRA1807

CORA18B

PIU701

PIU702

PIU703

PIU704

PIU705

PIU706

PIU707

PIU708

PIU709

PIU7010

PIU7011

PIU7012

PIU7013

PIU7014

PIU7015

PIU7016

PIU7017

PIU7018

PIU7019

PIU7020

PIU7021

PIU7022

PIU7023

PIU7024

PIU7025

PIU7026

PIU7027

PIU7028

PIU7029PIU7030

PIU7031

PIU7032

PIU7033

PIU7034

PIU7035

PIU7036

PIU7037

PIU7038

PIU7039

PIU7040

PIU7041

PIU7042

PIU7043

PIU7044

PIU7045

PIU7046

PIU7047

PIU7048

PIU7049

PIU7050

PIU7051

PIU7052

PIU7053

PIU7054

PIU7055

PIU7056

COU7

PIC4002

PIC4102

PIC4202 PIC4302

PIC4402

PIC4502 PIC4602 PIC4702

PIC4802

PIJ302

PIJ303

PIJ401

PIR1802

PIRA1801 PIRA1802

PIU701

PIU709

PIU7017

PIU7026

PIU7034

PIU7044

PIJ3039

PIJ3040

NLBL0LED0

PIJ3031

PIJ3032

NLBL0LED0

PIC4001

PIC4101

PIC4201 PIC4301

PIC4401

PIC4501 PIC4601 PIC4701

PIC4801

PIJ307

PIJ3010

PIJ3013

PIJ3016

PIJ3019

PIJ3022

PIJ3025

PIJ3030

PIJ402

PIU705

PIU7013

PIU7021

PIU7025

PIU7029

PIU7033

PIU7035

PIU7036

PIU7043

PIU7049

PIU7053

PIJ3029

NLLCD0AVDD

PIJ301

NLLCD0VCOM

PIJ3038

NLLCD0VGH

PIJ3035

NLLCD0VGL

PIJ3017

PIU7040

NLLVDS0CLK0N

PIJ3018

PIU7039

NLLVDS0CLK0P

PIJ308

PIU7048

NLLVDS0TX00N

PIJ309

PIU7047

NLLVDS0TX00P

PIJ3011

PIU7046

NLLVDS0TX10N

PIJ3012

PIU7045

NLLVDS0TX10P

PIJ3014

PIU7042

NLLVDS0TX20N

PIJ3015

PIU7041

NLLVDS0TX20P

PIJ3020

PIU7038

NLLVDS0TX30N

PIJ3021

PIU7037

NLLVDS0TX30P

PIJ304

PIJ305

PIJ306

PIJ3023

PIJ3024

PIJ3026

PIJ3027

PIJ3028

PIJ3033

PIJ3034

PIJ3036

PIJ3037

PIJ407

PIJ408

PIR1801

PIU7032

PIRA205

PIU7055

PIRA206

PIU7054

PIRA207

PIU7052

PIRA208

PIU7051

PIRA305

PIU704

PIRA306

PIU703

PIRA307

PIU702

PIRA308

PIU7056

PIRA405

PIU7010

PIRA406

PIU708

PIRA407

PIU707

PIRA408

PIU706

PIRA505

PIU7015

PIRA506

PIU7014

PIRA507

PIU7012

PIRA508

PIU7011

PIRA605

PIU7020

PIRA606

PIU7019

PIRA607

PIU7018

PIRA608

PIU7016

PIRA705

PIU7027

PIRA706

PIU7024

PIRA707

PIU7023

PIRA708

PIU7022

PIRA805

PIU7030

PIRA806

PIU7031

PIRA807

PIU7050

PIRA808

PIU7028

PIRA803

NLRZM0LCD0CLK

PIRA504

NLRZM0LCD0DATA0

PIRA603

NLRZM0LCD0DATA1

PIRA604

NLRZM0LCD0DATA2

PIRA701

NLRZM0LCD0DATA3

PIRA702

NLRZM0LCD0DATA4

PIRA703

NLRZM0LCD0DATA5

PIRA601

NLRZM0LCD0DATA6

PIRA602

NLRZM0LCD0DATA7

PIRA304

NLRZM0LCD0DATA8

PIRA401

NLRZM0LCD0DATA9

PIRA402

NLRZM0LCD0DATA10

PIRA501

NLRZM0LCD0DATA11

PIRA502

NLRZM0LCD0DATA12

PIRA503

NLRZM0LCD0DATA13

PIRA403

NLRZM0LCD0DATA14

PIRA404

NLRZM0LCD0DATA15

PIRA201

NLRZM0LCD0DATA16

PIRA202

NLRZM0LCD0DATA17

PIRA203

NLRZM0LCD0DATA18

PIRA204

NLRZM0LCD0DATA19

PIRA301

NLRZM0LCD0DATA20

PIRA303

NLRZM0LCD0DATA21

PIRA802

NLRZM0LCD0DATA22

PIRA302

NLRZM0LCD0DATA23

PIRA804

NLRZM0LCD0DEN

PIRA704

NLRZM0LCD0HSYNC

PIRA801

NLRZM0LCD0VSYNC

PIJ404

NLRZM0SCL1

PIJ405

NLRZM0SDA1

PIJ406

PIRA1808

NLRZM0TOUCH0IRQ

PIJ403

PIRA1807

NLRZM0TOUCH0RST

D D

C C

B B

A A

Renesas YLCDRZA1H Baseboard

Revision:

Sheet of

v2.1 PCB03Author: Jorge Amodio

Date:

www.seriousintegrated.com

4 12

7/15/2015

MMC, SD Card, RTCC, Crypto

RZM-MMC_CMD

RZM-MMC_D3

RZM-MMC_D2

RZM-MMC_D1

RZM-MMC_D0

RZM-MMC_D7

RZM-MMC_D6

RZM-MMC_D5

RZM-MMC_D4

GNDGND

RZM-RESET#

47K0

RA12B

47K0

RA11D

47K0

RA12A

47K0

RA11A

47K0

RA11B

47K0

RA11C

47K0

RA12C

47K0

RA12D

10K0

R19

0.1uF

C51

0.1uF

C52

0.1uF

C49

0.1uF

C50

GND GNDGND GND

+3V3

RZM-MMC_CLK

22K0

8 1

RA10A

22K0

7 2

RA10B

0.1uF

C58

22R0

RA13B

22R0

RA13C

CS/D3

Din/CMD

Vss

Vdd

CLK

Vss

Dout/D0

CDet

WPS

SD1

GNDGND GND

RZM-SD_D3

RZM-SD_CMD

RZM-SD_CLK

RZM-SD_D0

RZM-SD_D1

RZM-SD_D2

RZM-SD_CD

RZM-SD_WP

0.1uF

C53

GND

2.2uF

C56

2.2uF

C55

GNDGND

22K0

6 3

RA10C

22K0

6 3

RA9C

22K0

8 1

RA9A

22K0

7 2

RA9B

0.1uF

C59

GND

PCF8523

OSCI 1

OSCO 2

VBAT 3

VSS 4

SDA

5SCL

6CLKO

7VDD

GND

32.768KHz

BAT1

GND

RZM-SCL0

RZM-SDA0

GND

0.1uF

C61

GNDGND

I2CADDR: 0xD0 (Check!)

I2CADDR: 0xC8 (Check!)

1uF

C57

1uF

C54

22R0

R20

22K0

5 4

RA10D

4.7uF

C60

2K20

R21

GND

ATSHA204A

VSS

SDA

SCL

VCC

PAD

U10

RST

CMD

DAT0

DAT1

DAT2

DAT3

DAT4

DAT5

DAT6

DAT7

CLK

VDDI

VSS

H10

VSS

VSSQ

VCCQ P5

VCCQ N4

VCCQ P3

VCCQ M4

VCCQ C6

VCC E6

VCC F5

VCC J10

VCC K9

MTFC4GMDEA

PIBAT10NEG

PIBAT10POS

COBAT1

PIC4901

PIC4902

COC49

PIC5001

PIC5002

COC50

PIC5101

PIC5102

COC51

PIC5201

PIC5202

COC52

PIC5301

PIC5302

COC53

PIC5401

PIC5402

COC54

PIC5501

PIC5502

COC55

PIC5601

PIC5602

COC56

PIC5701

PIC5702

COC57

PIC5801

PIC5802

COC58

PIC5901

PIC5902

COC59

PIC6001

PIC6002

COC60

PIC6101

PIC6102

COC61

PIR1901

PIR1902

COR19

PIR2001

PIR2002

COR20

PIR2101

PIR2102

COR21

PIRA901

PIRA908

CORA9A

PIRA902

PIRA907

CORA9B

PIRA903

PIRA906

CORA9C

PIRA1001

PIRA1008

CORA10A

PIRA1002

PIRA1007

CORA10B

PIRA1003

PIRA1006

CORA10C

PIRA1004

PIRA1005

CORA10D

PIRA1101

PIRA1108

CORA11A

PIRA1102

PIRA1107

CORA11B

PIRA1103

PIRA1106

CORA11C

PIRA1104

PIRA1105

CORA11D

PIRA1201

PIRA1208

CORA12A

PIRA1202

PIRA1207

CORA12B

PIRA1203

PIRA1206

CORA12C

PIRA1204

PIRA1205

CORA12D

PIRA1302 PIRA1307

CORA13B

PIRA1303 PIRA1306

CORA13C

PISD101

PISD102

PISD103

PISD104

PISD105

PISD106

PISD107

PISD108

PISD109

PISD10C1 PISD10C2

PISD10CD

PISD10WP

COSD1

PIU80A3

PIU80A4

PIU80A5

PIU80B2

PIU80B3

PIU80B4

PIU80B5

PIU80B6

PIU80C2

PIU80C4

PIU80C6

PIU80E6

PIU80E7

PIU80F5

PIU80G5

PIU80H10

PIU80J10

PIU80K5

PIU80K8

PIU80K9

PIU80M4

PIU80M5

PIU80M6

PIU80N2

PIU80N4

PIU80N5

PIU80P3

PIU80P4

PIU80P5

PIU80P6

COU8

PIU901

PIU902

PIU903

PIU904PIU905

PIU906

PIU907

PIU908

COU9

PIU1004

PIU1005

PIU1006

PIU1008

PIU100PAD

COU10

PIX101

PIX102

COX1

PIC4902

PIC5002 PIC5102

PIC5202

PIC5502

PIC5602

PIC5702

PIC5802

PIC6102

PIR1902

PIR2102

PIRA901

PIRA902PIRA903

PIRA1001

PIRA1002

PIRA1003PIRA1004 PIRA1105 PIRA1106

PIRA1107

PIRA1108 PIRA1205PIRA1206

PIRA1207

PIRA1208

PISD104

PIU80C6

PIU80E6

PIU80F5

PIU80J10

PIU80K9

PIU80M4

PIU80N4

PIU80P3

PIU80P5

PIU1008

NL03V3

PIBAT10NEG

PIC4901

PIC5001 PIC5101

PIC5201

PIC5301

PIC5401

PIC5501

PIC5601

PIC5701

PIC5801

PIC5901 PIC6001

PIC6101

PISD103

PISD106

PISD10C1 PISD10C2

PIU80C4PIU80E7

PIU80G5

PIU80H10

PIU80K8 PIU80N2

PIU80N5

PIU80P4 PIU80P6

PIU904

PIU1004

PIU100PAD

PIBAT10POS

PIU903

PIC5302

PIC5402

PIU80C2

PIC5902 PIC6002

PIR2101

PIU908

PIR2002

PIU80M6

PIRA1306

PISD10WP

PIRA1307

PISD10CD

PIU901

PIX101

PIU902

PIX102

PIU907

PIR2001

NLRZM0MMC0CLK

PIR1901

PIU80M5

NLRZM0MMC0CMD

PIRA1104

PIU80A3

NLRZM0MMC0D0

PIRA1201

PIU80A4

NLRZM0MMC0D1

PIRA1202

PIU80A5

NLRZM0MMC0D2

PIRA1102

PIU80B2

NLRZM0MMC0D3

PIRA1103

PIU80B3

NLRZM0MMC0D4

PIRA1101

PIU80B4

NLRZM0MMC0D5

PIRA1203

PIU80B5

NLRZM0MMC0D6

PIRA1204

PIU80B6

NLRZM0MMC0D7

PIU80K5

NLRZM0RESET#

PIU906

PIU1006

NLRZM0SCL0

PIRA1006

PIRA1302

NLRZM0SD0CD

PISD105

NLRZM0SD0CLK

PIRA906

PISD102

NLRZM0SD0CMD

PIRA1008

PISD107

NLRZM0SD0D0

PIRA1007

PISD108

NLRZM0SD0D1

PIRA908

PISD109

NLRZM0SD0D2

PIRA907

PISD101

NLRZM0SD0D3

PIRA1005

PIRA1303

NLRZM0SD0WP

PIU905

PIU1005

NLRZM0SDA0

D D

C C

B B

A A

Renesas YLCDRZA1H Baseboard

Revision:

Sheet of

v2.1 PCB03Author: Jorge Amodio

Date:

www.seriousintegrated.com

5 12

7/15/2015

Ethernet

24AA02E48

VSS

SDA

SCL

VCC

U13

TCT

TD+

TD-

RD+

RD-

RCT

LED1-

LED1+

LED2+-

LED2-+

120

FB1

Si501

25.000MHz

GND

2CLK 3

VDD 4

U12

GND GND GND

0.1uF

C64

0.1uF

C68

0.1uF

C63

0.1uF

C66

GNDGND GND

GND

0.1uF

C70

GND

RZM-SDA0

RZM-SCL0

0.1uF

C71

GND

+3V3

RZM-ET_IRQ

RZM-RESET#

RZM-ET_MDC

RZM-ET_MDIO

RZM-ET_CRS

RZM-ET_COL

RZM-ET_RXCLK

RZM-ET_RXDV

RZM-ET_RXD0

RZM-ET_RXD1

RZM-ET_RXD2

RZM-ET_RXD3

RZM-ET_RXER

RZM-ET_TXCLK

RZM-ET_TXEN

RZM-ET_TXD0

RZM-ET_TXD1

RZM-ET_TXD2

RZM-ET_TXD3

MAC Address

I2CADDR: 0x10 (Check!)

2.2uF

C62

22uF

C65

GND GND GNDGND

0.1uF

C69

GND GND

4K70

RA14B

33R

8 1

RA15A

33R

7 2

RA15B

33R

6 3

RA15C

33R

5 4

RA15D

33R

8 1

RA16A

33R

7 2

RA16B

33R

6 3

RA16C

33R

5 4

RA16D

KSZ8081MNZ

RST#

CRS/CONFIG1

RXD1

15 RXD0

TXD1

25 TXD0

24 TXEN

MDIO

11 MDC

RXER

PAD

GND

VDDIO 17

VDDA_3.3 3

VDD_1.2 2

REXT

TXP 7

TXM 6

RXP 5

RXM 4

LED0 30

RXD3

13 RXD2

TXD2

TXD3

LED1 31

INTRP 21

RXC

RXDV

TXC

COL/CONFIG0

U11

220R

R22

220R

R23

6K49

R24

33R

6 3

RA17C

33R

5 4

RA17D

47uF

C67

PIC6201

PIC6202

COC62

PIC6301

PIC6302

COC63

PIC6401

PIC6402

COC64

PIC6501

PIC6502

COC65

PIC6601

PIC6602

COC66

PIC6701

PIC6702

COC67

PIC6801

PIC6802

COC68

PIC6901

PIC6902

COC69

PIC7001

PIC7002

COC70

PIC7101

PIC7102

COC71

PIFB101

PIFB102

COFB1

PIJ501

PIJ502

PIJ503

PIJ504

PIJ505

PIJ506

PIJ507

PIJ508

PIJ509

PIJ5010

PIJ50C1

PIJ50C2

COJ5

PIR2201

PIR2202

COR22

PIR2301

PIR2302

COR23

PIR2401

PIR2402

COR24

PIRA1402

PIRA1407

CORA14B

PIRA1501PIRA1508

CORA15A

PIRA1502PIRA1507

CORA15B

PIRA1503PIRA1506

CORA15C

PIRA1504

PIRA1505

CORA15D

PIRA1601PIRA1608

CORA16A

PIRA1602

PIRA1607

CORA16B

PIRA1603PIRA1606

CORA16C

PIRA1604

PIRA1605

CORA16D

PIRA1703PIRA1706

CORA17C

PIRA1704

PIRA1705

CORA17D

PIU1101

PIU1102

PIU1103

PIU1104

PIU1105

PIU1106

PIU1107

PIU1108

PIU1109

PIU11010

PIU11011

PIU11012

PIU11013

PIU11014

PIU11015

PIU11016

PIU11017

PIU11018

PIU11019

PIU11020

PIU11021

PIU11022

PIU11023

PIU11024

PIU11025

PIU11026

PIU11027

PIU11028

PIU11029

PIU11030

PIU11031

PIU11032

PIU110PAD

COU11

PIU1201

PIU1202

PIU1203

PIU1204

COU12

PIU1301

PIU1302

PIU1303

PIU1304

COU13

PIC6601

PIC6702

PIC7001 PIC7101

PIFB101

PIR2202

PIR2302

PIRA1407

PIU11017

PIU1201

PIU1204

PIU1304

PIC6201

PIC6302

PIC6402 PIC6501

PIC6602

PIC6701 PIC6802 PIC6902

PIC7002 PIC7102

PIJ50C1

PIJ50C2

PIR2401

PIU1101

PIU110PAD

PIU1202

PIU1302

PIC6202

PIC6301

PIU1102

PIC6401 PIC6502

PIFB102

PIU1103

PIC6801

PIJ501

PIC6901

PIJ506

PIJ502

PIU1107

PIJ503

PIU1106

PIJ504

PIU1105

PIJ505

PIU1104

PIJ507

PIU11030

PIJ508

PIR2301

PIJ509

PIR2201

PIJ5010

PIU11031

PIR2402

PIU11010

PIRA1501

PIU11022

PIRA1502

PIU11020

PIRA1503

PIU11019

PIRA1504

PIU11018

PIRA1601

PIU11016

PIRA1602

PIU11015

PIRA1603

PIU11014

PIRA1604

PIU11013

PIRA1703

PIU11029

PIRA1704

PIU11028

PIU1108

PIU1109

PIU1203

PIRA1705

NLRZM0ET0COL

PIRA1706

NLRZM0ET0CRS

PIRA1402

PIU11021

NLRZM0ET0IRQ

PIU11012

NLRZM0ET0MDC

PIU11011

NLRZM0ET0MDIO

PIRA1506

NLRZM0ET0RXCLK

PIRA1608

NLRZM0ET0RXD0

PIRA1607

NLRZM0ET0RXD1

PIRA1606

NLRZM0ET0RXD2

PIRA1605

NLRZM0ET0RXD3

PIRA1505

NLRZM0ET0RXDV

PIRA1507

NLRZM0ET0RXER

PIRA1508

NLRZM0ET0TXCLK

PIU11024

NLRZM0ET0TXD0

PIU11025

NLRZM0ET0TXD1

PIU11026

NLRZM0ET0TXD2

PIU11027

NLRZM0ET0TXD3

PIU11023

NLRZM0ET0TXEN

PIU11032

NLRZM0RESET#

PIU1301

NLRZM0SCL0

PIU1303

NLRZM0SDA0

D D

C C

B B

A A

Renesas YLCDRZA1H Baseboard

Revision:

Sheet of

v2.1 PCB03Author: Jorge Amodio

Date:

www.seriousintegrated.com

6 12

7/15/2015

USB Host & Device

GND

100R

R26

0.1uF

C76

GND

RZM-USBF_VBUS

RZM-USBF_N

RZM-USBF_P

GND

5VUSB

D-

D+

USBID

GND

4D+

3D-

25VUSB

0.1uF

C75

16V

150uF

C74

GNDGND GND GND

RZM-USBH_N

RZM-USBH_P

USBH_5V

100R

R25

RZM-USBH_VBUS

600

FB2

TPD2E2U06

IO1

3GND 4

IO2 5

U15

TPD2E2U06

IO1

3GND 4

IO2 5

U16

DNP

PIC7401

PIC7402

COC74

PIC7501

PIC7502

COC75

PIC7601

PIC7602

COC76

PIFB201 PIFB202

COFB2

PIJ701

PIJ702

PIJ703

PIJ704

PIJ70C1

PIJ70C2

COJ7

PIJ801

PIJ802

PIJ803

PIJ804

PIJ805

PIJ80C1

PIJ80C2

PIJ80C3 PIJ80C4

COJ8

PIR2501

PIR2502

COR25

PIR2601

PIR2602

COR26

PIU1501

PIU1502

PIU1503

PIU1504

PIU1505

COU15

PIU1601

PIU1602

PIU1603

PIU1604

PIU1605

COU16

PIC7402 PIC7501

PIC7601

PIJ704

PIJ70C1

PIJ70C2

PIJ805

PIJ80C1

PIJ80C2

PIJ80C3 PIJ80C4

PIU1504

PIU1604

PIC7602

PIJ801

PIR2602

PIFB202

PIJ701

PIR2502

PIJ804

PIU1502

PIU1602

PIJ802

PIU1603

NLRZM0USBF0N

PIJ803

PIU1601

PIU1605

NLRZM0USBF0P

PIR2601

NLRZM0USBF0VBUS

PIJ702

PIU1503

NLRZM0USBH0N

PIJ703

PIU1501

PIU1505

NLRZM0USBH0P

PIR2501

NLRZM0USBH0VBUS

PIC7401 PIC7502

PIFB201

NLUSBH05V

D D

C C

B B

A A

Renesas YLCDRZA1H Baseboard

Revision:

Sheet of

v2.1 PCB03Author: Jorge Amodio

Date:

www.seriousintegrated.com

7 12

7/15/2015

Camera Interface

I2CADDR: 0x42

0.1uF

C72

GND

Si501

24.000MHz

GND

2CLK 3

VDD 4

U14

RZM-SCL0

RZM-VIO_VSYNC

RZM-VIO_CLK

RZM-VIO_D7

RZM-VIO_D5

RZM-VIO_D3

RZM-VIO_D1

RZM-RESET#

RZM-SDA0

RZM-VIO_HSYNC

CAM_XCLK

RZM-VIO_D6

RZM-VIO_D4

RZM-VIO_D2

RZM-VIO_D0

GND

1uF

C73

GND

+3V3

910

1112

1314

1516

1718

GND

PIC7201

PIC7202

COC72

PIC7301

PIC7302

COC73

PIJ601PIJ602

PIJ603PIJ604

PIJ605PIJ606

PIJ607PIJ608

PIJ609

PIJ6010

PIJ6011PIJ6012

PIJ6013PIJ6014

PIJ6015PIJ6016

PIJ6017PIJ6018

COJ6

PIU1401

PIU1402 PIU1403

PIU1404

COU14

PIC7202

PIC7302

PIJ602

PIU1401 PIU1404

PIJ607

PIU1403

NLCAM0XCLK

PIC7201

PIC7301

PIJ601

PIJ6017

PIU1402

PIJ6018

NLRZM0RESET#

PIJ604

NLRZM0SCL0

PIJ603

NLRZM0SDA0

PIJ608

NLRZM0VIO0CLK

PIJ6015

NLRZM0VIO0D0

PIJ6016

NLRZM0VIO0D1

PIJ6013

NLRZM0VIO0D2

PIJ6014

NLRZM0VIO0D3

PIJ6011

NLRZM0VIO0D4

PIJ6012

NLRZM0VIO0D5

PIJ609

NLRZM0VIO0D6

PIJ6010

NLRZM0VIO0D7

PIJ605

NLRZM0VIO0HSYNC

PIJ606

NLRZM0VIO0VSYNC

D D

C C

B B

A A

Renesas YLCDRZA1H Baseboard

Revision:

Sheet of

v2.1 PCB03Author: Jorge Amodio

Date:

www.seriousintegrated.com

8 12

7/15/2015

Industrial Networking RS485/232 & CAN

ISL41387

C1+ 37

C1- 38

C2+ 36

C2- 35

A1 2

B1 3

Y1 4

Z1 5

DEN 12

485/232 11

GND

15 GND

PAD

V+

V-

RXEN

SLEW

SPB

VCC

U17

IFX1050

TXD

GND

VCC

RXD

4V33V 5

CANL 6

CANH 7

INH 8

U18

0.1uF

C79

0.1uF

C80

0.1uF

C84

0.1uF

C83

GND GNDGND GND

0.1uF

C78

GND

+5V

GND

0.1uF

C81

0.1uF

C82

GNDGND

+3V3

RZM-UART_RX

RZM-RS_DEN

RZM-UART_TX

RS_SLEW

RS_SPB

RZM-RS_ON

RS485/232#

RZM-CANTX

RZM-CANRX

CANH

CANL

GND

1 2 3 4

8 7 6 5

GND

100K0

RA19C

100K0

RA19D

100K0

RA19A

0.1uF

C77

GND

100K0

RA19B

PIC7701

PIC7702

COC77

PIC7801

PIC7802

COC78

PIC7901

PIC7902

COC79

PIC8001

PIC8002

COC80

PIC8101

PIC8102

COC81

PIC8201

PIC8202

COC82

PIC8301

PIC8302

COC83

PIC8401

PIC8402

COC84

PIJ901

PIJ902

PIJ903

PIJ904

PIJ905

PIJ906

PIJ907

PIJ908

COJ9

PIRA1901

PIRA1908

CORA19A

PIRA1902

PIRA1907

CORA19B

PIRA1903

PIRA1906

CORA19C

PIRA1904

PIRA1905

CORA19D

PIS101

PIS102

PIS103

PIS104

PIS105

PIS106

PIS107

PIS108

COS1

PIU1701

PIU1702

PIU1703

PIU1704

PIU1705

PIU17011

PIU17012

PIU17014

PIU17015PIU17016

PIU17017

PIU17019

PIU17020

PIU17021

PIU17027

PIU17028

PIU17029

PIU17030

PIU17031 PIU17034

PIU17035

PIU17036

PIU17037

PIU17038

PIU170PAD

COU17

PIU1801

PIU1802

PIU1803

PIU1804

PIU1805

PIU1806

PIU1807

PIU1808

COU18

PIC7701

PIC8401

PIRA1905 PIRA1906PIRA1907 PIRA1908

PIU17031

PIU1805

PIC7801

PIC8302

PIU17034

PIU1803

PIJ903

PIU1702

NLA

PIJ904

PIU1703

NLB

PIJ907

PIU1807

NLCANH

PIJ908

PIU1806

NLCANL

PIC7702 PIC7802

PIC8102 PIC8202

PIC8301

PIC8402

PIJ902

PIS101

PIS102

PIS103

PIS104

PIU17015PIU17016

PIU170PAD

PIU1802

PIU1808

PIC7901

PIU17037

PIC7902

PIU17038

PIC8001

PIU17036

PIC8002

PIU17035

PIC8101

PIU1701

PIC8201

PIU17019

PIJ901

PIRA1904

PIS105

PIU17020

PIU17029

PIRA1901

PIS106

PIU17011

NLRS4850232#

PIS108

PIU17027

NLRS0SLEW

PIS107

PIU17014

NLRS0SPB

PIU1804

NLRZM0CANRX

PIU1801

NLRZM0CANTX

PIU17012

PIU17017

NLRZM0RS0DEN

PIRA1903

PIU17021

NLRZM0RS0ON

PIRA1902

PIU17030

NLRZM0UART0RX

PIU17028

NLRZM0UART0TX

PIJ905

PIU1704

NLY

PIJ906

PIU1705

NLZ

D D

C C

B B

A A

Renesas YLCDRZA1H Baseboard

Revision:

Sheet of

v2.1 PCB03Author: Jorge Amodio

Date:

www.seriousintegrated.com

9 12

7/15/2015

Audio

MAX98089

PAD

IRQ

MCLK

BCLKS1

LRCLKS1

SDINS1

SDOUTS1

SDA

SCL

MIC1P/DIGMICDATA

MIC1N/DIGMICCLK

MICBIAS

MIC2P

MIC2N

INA1/EXTMICP

INA2/EXTMICN

INB1

INB2

DGND

AGND

HPGND

SPKRGND

SPKLGND

HPVDD

HPVSS

C1N

C1P

REG 49

REF 48

HPSNS 34

HPL 33

HPR 35

SPKRN 15

SPKRP 17

SPKLN 22

SPKLP 20

RECN/LOUTR/RXINN 23

RECP/LOUTL/RXINP 24

JACKSNS 45

LRCLKS2 4

SDINS2 54

SDOUTS2 1

BLCKS2 2

DVDDS1 6

PVDD 25

DVDD 53

AVDD 50

SPKLVDD 19

SPKRVDD 18

DVDDS2 55

U19

J11

J12

RZM-AUDIO_IRQ

RZM-AUDIO_CLK

RZM-SSISCK

RZM-SSIWS

RZM-SSITxD

RZM-SSIRxD

RZM-SDA0

RZM-SCL0

2.2uF

C105

10uF

C88

10uF

C85

0.1uF

C89

GND GND GNDGND GND

1uF

C96

1uF

C97

GND GND GND GND GNDGND

10K0

R27

600

FB3

+5V

+3V3

+1V8

10uF

C91

0.1uF

C90

GND GND GND GND GND GND GND

GND GND GND

Keep wires as short as possible

I2CADDR: 0x20 (Check!)

10pF

C99

10pF

C100

10pF

C106

10pF

C107

1uF

C92

1uF

C93

1uF

C94

1uF

C86

1uF

C87

1uF

C102

1uF

C98

1uF

C103

1uF

C104

22K0

R28

1uF

C95

10pF

C101

GND

Line Out

Headphones & Mic

FB4

AIN1

AIN2

GND

J10

Line In 3

J13

Left Speaker

Right Speaker

J14

PIC8501

PIC8502

COC85

PIC8601

PIC8602

COC86

PIC8701

PIC8702

COC87

PIC8801

PIC8802

COC88

PIC8901

PIC8902

COC89

PIC9001

PIC9002

COC90

PIC9101

PIC9102

COC91

PIC9201

PIC9202

COC92

PIC9301

PIC9302

COC93

PIC9401

PIC9402

COC94

PIC9501 PIC9502

COC95

PIC9601 PIC9602

COC96

PIC9701 PIC9702

COC97

PIC9801 PIC9802

COC98

PIC9901

PIC9902

COC99

PIC10001

PIC10002

COC100

PIC10101

PIC10102

COC101

PIC10201

PIC10202

COC102

PIC10301

PIC10302

COC103

PIC10401

PIC10402

COC104

PIC10501

PIC10502

COC105

PIC10601

PIC10602

COC106

PIC10701

PIC10702

COC107

PIFB301 PIFB302

COFB3

PIFB401

PIFB402

COFB4

PIJ1001

PIJ1002

PIJ1003

PIJ1004

COJ10

PIJ1101

PIJ1102

COJ11

PIJ1201

PIJ1202

COJ12

PIJ1301

PIJ1302

PIJ1303

PIJ1304

COJ13

PIJ1401

PIJ1402

PIJ1403

PIJ1404

PIJ1405

PIJ1406

COJ14

PIR2701

PIR2702

COR27

PIR2801 PIR2802

COR28

PIU1901

PIU1902

PIU1903

PIU1904

PIU1905

PIU1906

PIU1907

PIU1908

PIU1909

PIU19010

PIU19015

PIU19016

PIU19017

PIU19018PIU19019

PIU19020

PIU19021

PIU19022

PIU19023

PIU19024

PIU19025

PIU19026

PIU19027PIU19030 PIU19031PIU19032

PIU19033

PIU19034

PIU19035

PIU19036

PIU19037

PIU19038

PIU19039

PIU19040

PIU19041

PIU19042

PIU19043

PIU19044

PIU19045

PIU19047

PIU19048

PIU19049

PIU19050

PIU19051

PIU19052

PIU19053

PIU19054

PIU19055

PIU19056

PIU190PAD

COU19

PIC9101

PIC9202 PIC9302

PIFB401

PIU19025

PIU19053

PIC8801

PIC8902

PIC9002 PIR2702

PIU1906

PIU19055

PIFB301

PIC9601

PIJ1302

NLAIN1

PIC9701

PIJ1303

NLAIN2

PIC8501

PIC8601 PIC8701

PIC8802

PIC8901

PIC9001

PIC9102

PIC9201 PIC9301

PIC9401

PIC9901

PIC10001

PIC10101 PIC10201 PIC10301

PIC10401

PIC10502

PIC10601

PIC10701

PIJ1001

PIJ1301

PIJ1404

PIU1903

PIU19016

PIU19021PIU19030

PIU19034

PIU19047

PIU19054

PIU190PAD

PIC8502

PIC8602 PIC8702

PIFB302

PIU19018PIU19019

PIC9402

PIFB402

PIU19050

PIC9501

PIJ1401

PIR2801

PIU19045

PIC9502

PIC10102

PIU19040

PIC9602

PIC10002

PIU19037

PIC9702

PIC9902

PIU19036

PIC9801

PIU19027

PIC9802

PIU19026

PIC10202

PIU19032

PIC10302

PIU19031

PIC10402

PIU19049

PIC10501

PIU19048

PIC10602

PIJ1402

PIU19033

PIC10702

PIJ1403

PIU19035

PIJ1002

PIU19023

PIJ1003

PIU19024

PIJ1004

PIJ1101

PIU19020

PIJ1102

PIU19022

PIJ1201

PIU19017

PIJ1202

PIU19015

PIJ1304

PIJ1405

PIJ1406

PIR2802

PIU19044

PIU1901

PIU1902

PIU1904

PIU19038

PIU19039

PIU19041

PIU19042

PIU19043

PIU1905

NLRZM0AUDIO0CLK

PIR2701

PIU19056

NLRZM0AUDIO0IRQ

PIU19051

NLRZM0SCL0

PIU19052

NLRZM0SDA0

PIU1907

NLRZM0SSIRxD

PIU1908

NLRZM0SSISCK

PIU1909

NLRZM0SSITxD

PIU19010

NLRZM0SSIWS

D D

C C

B B

A A

Renesas YLCDRZA1H Baseboard

Revision:

Sheet of

v2.1 PCB03Author: Jorge Amodio

Date:

www.seriousintegrated.com

10 12

7/15/2015

PMOD, Boot Modes, & User I/O

+3V3

RZM-PMOD_RST#

RZM-PMOD_IRQ

RZM-RSPCK2

RZM-MISO2

RZM-MOSI2

RZM-SSL20

PMOD

1 2 3 4

8 7 6 5

RZM-MD_CLKS

RZM-BOOT2

RZM-BOOT1

GND

4K70

R32

+3V3

GND

3 4

2 1

RZM-P7_8/IRQ1

10K0

R33

3 4

2 1

GND

RZM-RESET#

3 4

LED1

GND

RZM-LED_RED

RZM-LED_GRN

APDS-9002

IOUT

VCC

2VCC 3

NC 4

U20

1K00

R34

GND

RZM-AN0_ALS

470R

R35

1K50

R36

10K0

R30

10K0

R29

GND

4K70

R31

1 7

2 8

3 9

4 10

5 11

6 12

J15

GND

RZM-P8_8/TxD3

RZM-P8_9/RxD3

PIJ1501

PIJ1502

PIJ1503

PIJ1504

PIJ1505

PIJ1506

PIJ1507

PIJ1508

PIJ1509

PIJ15010

PIJ15011

PIJ15012

COJ15

PILED101 PILED102

PILED103 PILED104

COLED1

PIR2901

PIR2902

COR29

PIR3001

PIR3002

COR30

PIR3101

PIR3102

COR31

PIR3201

PIR3202

COR32

PIR3301

PIR3302

COR33

PIR3401

PIR3402

COR34

PIR3501 PIR3502

COR35

PIR3601 PIR3602

COR36

PIS201

PIS202

PIS203

PIS204

PIS205

PIS206

PIS207

PIS208

COS2

PIS301

PIS302PIS303

PIS304

COS3

PIS401

PIS402PIS403

PIS404

COS4

PIU2001

PIU2002 PIU2003

PIU2004

COU20

PIJ1506

PIJ15012

PIR2902

PIR3002

PIR3102 PIR3202

PIR3302

PIU2002 PIU2003

PIJ1505

PIJ15011

PILED102

PILED104

PIR3401

PIS202 PIS302PIS303 PIS402PIS403

PIJ1509

PIJ15010

PILED101

PIR3502

PILED103

PIR3602

PIR3101

PIS208

PIR3201

PIS206

PIS204

PIS205

PIU2004

PIR3402

PIU2001

NLRZM0AN00ALS

PIS201

NLRZM0BOOT1

PIS207

NLRZM0BOOT2

PIR3501

NLRZM0LED0GRN

PIR3601

NLRZM0LED0RED

PIS203

NLRZM0MD0CLKS

PIJ1503

NLRZM0MISO2

NLRZM0P8090RxD3

PIJ1502

NLRZM0MOSI2

NLRZM0P8080TxD3

PIR3301

PIS301PIS304

NLRZM0P7080IRQ1

PIJ1507

PIR3001

NLRZM0PMOD0IRQ

PIJ1508

PIR2901

NLRZM0PMOD0RST#

PIS401PIS404

NLRZM0RESET#

PIJ1504

NLRZM0RSPCK2

PIJ1501

NLRZM0SSL20

D D

C C

B B

A A

Renesas YLCDRZA1H Baseboard

Revision:

Sheet of

v2.1 PCB03Author: Jorge Amodio

Date:

www.seriousintegrated.com

11 12

7/15/2015

JLink On Board & External JTAG Interface

10K0

8 1

RA21A

10K0

7 2

RA21B

10K0

6 3

RA21C

10K0

5 4

RA21D

GND

5VUSB 1

D- 2

D+ 3

USBID 4

GND 5

J17

AT91SAM7S64

TDO

JTAGSEL

TMS

PA31/NPCS/PCK2

TCK

VDDCORE

ERASE

DDM

DDP

VDDIO

VDDFLASH

GND

XOUT

XIN

PLLRC

VDDPLL

ADVREF

GND

AD4

AD5

AD6

AD7

VDDIN

VDDOUT

PA17/TD/PCK1/AD0

PA18/RD/PCK2/AD1

PA21/RXD/PCK1

VDDCORE

PA19/RK/FIQ/AD2

PA22/TXD1/NPCS3

PA23/SCK1/PWM0

PA20/RF/IRQ0

GND 17

VDDIO 18

TIOB1/TK/PA16 19

TIOA1/TF/PA15 20

PWM3/SPCK/PA14 21

PWM2/MOSI/PA13 22

PWM1/RTS1/PA24 23

VDDCORE 24

PWM2/VTS/PA25 25

TIOA2/DCD1/PA26 26

PWM1/MISO/PA12 27

PWM0/NPCS0/PA11 28

NPCS2/DTXD/PA10 29

NPCS1/DRXD/PA9 30

ADTRG/CTS0/PA8 31

PWM3/RTS0/PA7 32

TDI 33

PCK0/TXD0/PA6 34

NPCS3/RXD0/PA5 35

TCLK0/TWCK/PA4 36

TIOB2/DTR1/PA27 37

TCLK1/DSR1/PA28 38

NRST 39

TST 40

TCLK2/RI1/PA29 41

NPCS2/IRQ1/PA30 42

NPCS3/TWD/PA3 43

SCK0/PWM2/PA2 44

VDDIO 45

GND 46

TIOB0/PWM1/PA1 47

TIOA0/PWM0/PA0 48

U21

GND GND

33pF

C114

1K50

R39

GND

TDOin

TRESin

TCKout/TCKin

TDIOut/TDIin

TMSout/TMSin

TRSTout/TRSTin

27R0

R41

27R0

R42

390R

R44

Si501

18.4320MHz

GND

2CLK 3

VDD 4

U22

1nF

C123

10nF

C124

1K50

R43

GND GNDGND

15pF

C120

15pF

C121

0.1uF

C122

GNDGND

JLink_TDI

JLink_TDO

JLink_TMS

JLink_TCK

+3V3

GND

100R

RA22D

100R

RA22B

100R

RA22C

100R

RA22A

RZM-TRST#

RZM-TMS

TMSin

TMSout

RZM-TDI

TCKout

TCKin

TDIin

TDIclk

TRSTout

TRESout

RZM-TCK

100R

R46

RZM-RESET#

TDIout

RZM-TDO TDOin

0.1uF

C108

0.1uF

C109

0.1uF

C110

0.1uF

C111

0.1uF

C112

0.1uF

C115

0.1uF

C116

0.1uF

C117

0.1uF

C118

4.7uF

C113

4.7uF

C119

GND GND GND GND GND GND

GND GND GND GND GND

4K70

RA20B

4K70

RA20A

GND

TRESin

GND

+3V3

5 6

J16

GND

J-Link OB USB

LED2

GND

1K50

R37

470R

R38

TRSTin

10K0

R47

0R00

R40

22R0R45

4K70

5 4

RA20D

PIC10801

PIC10802

COC108

PIC10901

PIC10902

COC109

PIC11001

PIC11002

COC110

PIC11101

PIC11102

COC111

PIC11201

PIC11202

COC112

PIC11301

PIC11302

COC113

PIC11401 PIC11402

COC114

PIC11501

PIC11502

COC115

PIC11601

PIC11602

COC116

PIC11701

PIC11702

COC117

PIC11801

PIC11802

COC118

PIC11901

PIC11902

COC119

PIC12001

PIC12002

COC120

PIC12101

PIC12102

COC121

PIC12201

PIC12202

COC122

PIC12301

PIC12302

COC123

PIC12401

PIC12402

COC124

PIJ1601

PIJ1602

PIJ1603

PIJ1604

PIJ1605 PIJ1606

PIJ1607

PIJ1608

PIJ1609

PIJ16010

COJ16

PIJ1701

PIJ1702

PIJ1703

PIJ1704

PIJ1705

PIJ170C1

PIJ170C2

PIJ170C3PIJ170C4

COJ17

PILED201

PILED202

PILED203

PILED204

COLED2

PIR3701

PIR3702

COR37

PIR3801

PIR3802

COR38

PIR3901

PIR3902

COR39

PIR4001

PIR4002

COR40

PIR4101

PIR4102

COR41

PIR4201

PIR4202

COR42

PIR4301

PIR4302

COR43

PIR4401 PIR4402

COR44

PIR4501

PIR4502

COR45

PIR4601 PIR4602

COR46

PIR4701

PIR4702

COR47

PIRA2001

PIRA2008

CORA20A

PIRA2002

PIRA2007

CORA20B

PIRA2004

PIRA2005

CORA20D

PIRA2101

PIRA2108

CORA21A

PIRA2102

PIRA2107

CORA21B

PIRA2103

PIRA2106

CORA21C

PIRA2104

PIRA2105

CORA21D

PIRA2201

PIRA2208

CORA22A

PIRA2202

PIRA2207

CORA22B

PIRA2203

PIRA2206

CORA22C

PIRA2204

PIRA2205

CORA22D

PIU2101

PIU2102 PIU2103 PIU2104 PIU2105 PIU2106 PIU2107

PIU2108

PIU2109

PIU21010

PIU21011 PIU21012

PIU21013

PIU21014

PIU21015

PIU21016

PIU21017

PIU21018

PIU21019

PIU21020

PIU21021

PIU21022

PIU21023

PIU21024

PIU21025

PIU21026

PIU21027

PIU21028

PIU21029

PIU21030

PIU21031

PIU21032

PIU21033

PIU21034

PIU21035

PIU21036

PIU21037PIU21038

PIU21039

PIU21040

PIU21041

PIU21042PIU21043PIU21044PIU21045PIU21046PIU21047

PIU21048

PIU21049

PIU21050

PIU21051

PIU21052

PIU21053

PIU21054

PIU21055

PIU21056

PIU21057

PIU21058

PIU21059

PIU21060

PIU21061

PIU21062

PIU21063

PIU21064

COU21

PIU2201

PIU2202 PIU2203

PIU2204

COU22

PIC10802 PIC10902

PIC11002

PIC11102

PIC11202

PIC11302

PIC12202

PIJ1601

PIR3702

PIR3802

PIRA2007 PIRA2008

PIRA2101PIRA2102

PIRA2103PIRA2104

PIU2101

PIU2107

PIU21018

PIU21045

PIU21058

PIU21059

PIU2201 PIU2204

NL03V3

PIC10801 PIC10901

PIC11001

PIC11101

PIC11201

PIC11301

PIC11501 PIC11601

PIC11701

PIC11801 PIC11901

PIC12001 PIC12101 PIC12201 PIC12301 PIC12401

PIJ1603

PIJ1705

PIJ170C1

PIJ170C2

PIJ170C3PIJ170C4

PILED204

PIR4001

PIR4701

PIRA2005

PIU2102

PIU21017

PIU21028

PIU21034

PIU21046

PIU21060

PIU2202

PIJ1604

PIRA2002

PIU21053

NLJLink0TCK

PIJ1608

PIRA2004

PIU21033

NLJLink0TDI

PIJ1606

PIU21049

NLJLink0TDO

PIJ1602

PIRA2001

PIU21051

NLJLink0TMS

PIC11401

PIJ1702

PIR4101

PIC11402

PIJ1703

PIR4201

PIC11502 PIC11602

PIC11702

PIC11802 PIC11902

PIU2108

PIU21012

PIU21024

PIU21054

PIU21064

PIC12002

PIR4102

PIU21056

PIC12102

PIR3901

PIR4202

PIU21057

PIC12302

PIR4302

PIU21063

PIC12402

PIR4301

PIJ1605

PIJ1607

PIJ1609

PIJ16010

PIJ1701

PIJ1704

PILED201

PIR3801

PILED202

PIU21048

PILED203

PIR3701

PIR3902

PIU21041

PIR4002

PIU21055

PIR4401

PIU21015

PIU21019

PIR4402

PIRA2207

PIU21013

PIU21021

PIU21025

PIR4502

PIU21010

PIU21035

PIR4602

PIU21032

PIRA2205

PIU21022

PIU21029

PIRA2206

PIU21014

PIU21031

PIRA2208

PIU2109

PIU21026

PIU2103 PIU2104 PIU2105 PIU2106

PIU21016

PIU21020

PIU21023

PIU21027

PIU21030

PIU21036

PIU21037PIU21038

PIU21039

PIU21040PIU21042PIU21043PIU21044PIU21047

PIU21050

PIU21052

PIU21061

PIU21062

PIU2203

PIR4601

PIU21011

NLRZM0RESET#

PIRA2107

PIRA2202

NLRZM0TCK

PIRA2108

PIRA2201

NLRZM0TDI

PIR4501

PIRA2105

NLRZM0TDO

PIRA2106

PIRA2204

NLRZM0TMS

PIR4702

PIRA2203

NLRZM0TRST#

D D

C C

B B

A A

Renesas YLCDRZA1H Baseboard

Revision:

Sheet of

v2.1 PCB03Author: Jorge Amodio

Date:

www.seriousintegrated.com

12 12

7/15/2015

Board to Board Interconnect

RZM-SDA0

RZM-SCL0

RZM-ET_IRQ

RZM-ET_MDC

RZM-ET_MDIO

RZM-ET_CRS

RZM-ET_COL

RZM-ET_RXD0

RZM-ET_RXD1

RZM-ET_RXD2

RZM-ET_RXD3

RZM-ET_RXER

RZM-ET_TXEN

RZM-ET_TXD0

RZM-ET_TXD1

RZM-ET_TXD2

RZM-ET_TXD3

RZM-ET_TXER

RZM-MMC_CMD

RZM-MMC_D3

RZM-MMC_D2

RZM-MMC_D1

RZM-MMC_D0

RZM-MMC_D7

RZM-MMC_D6

RZM-MMC_D5

RZM-MMC_D4

RZM-MMC_CLK

RZM-SD_D3

RZM-SD_CMD

RZM-SD_CLK

RZM-SD_D0

RZM-SD_D1

RZM-SD_D2

RZM-SD_CD

RZM-SD_WP

RZM-UART_TX

RZM-RS_DEN

RZM-UART_RX

RZM-RS_ON

RZM-CANTX

RZM-CANRX

RZM-USBF_VBUS

RZM-USBF_N

RZM-USBF_P

RZM-USBH_N

RZM-USBH_P

RZM-LCD_DATA18

RZM-LCD_DATA19

RZM-LCD_DATA20

RZM-LCD_DATA21

RZM-LCD_DATA22

RZM-LCD_DATA23

RZM-LCD_DATA17

RZM-LCD_DATA10

RZM-LCD_DATA11

RZM-LCD_DATA12

RZM-LCD_DATA8

RZM-LCD_DATA9

RZM-LCD_DATA13

RZM-LCD_DATA14

RZM-LCD_DATA15

RZM-LCD_DATA2

RZM-LCD_DATA0

RZM-LCD_DATA1

RZM-LCD_DATA3

RZM-LCD_DATA4

RZM-LCD_DATA5

RZM-LCD_DATA6

RZM-LCD_DATA7

RZM-LCD_HSYNC

RZM-LCD_VSYNC

RZM-LCD_DEN

RZM-LCD_DATA16

RZM-LCD_CLK

RZM-BLEN

RZM-AUDIO_IRQ

RZM-AUDIO_CLK

RZM-SSISCK

RZM-SSIWS

RZM-SSITxD

RZM-SSIRxD

RZM-BOOT1

RZM-BOOT2

RZM-MD_CLKS

RZM-SDA1

RZM-SCL1

RZM-SPBSSL0

RZM-SPBIO00

RZM-SPBCLK0

RZM-SPBIO10

RZM-VIO_D0

RZM-VIO_D1

RZM-VIO_D2

RZM-VIO_D3

RZM-VIO_D4

RZM-VIO_D5

RZM-VIO_D6

RZM-VIO_D7

RZM-VIO_HSYNC

RZM-VIO_VSYNC

RZM-VIO_CLK

RZM-RESET#

RZM-TOUCH_IRQ

RZM-VIO_FLD

RZM-MISO2

RZM-MOSI2

RZM-RSPCK2

RZM-SSL20

RZM-TRST#

RZM-TDI

RZM-TMS

RZM-TCK

RZM-TDO

RZM-LED_RED

RZM-LED_GRN

RZM-P7_8/IRQ1

RZM-P8_8/TxD3

RZM-P8_9/RxD3

RZM-CKIO

RZM-PMOD_IRQ

RZM-AN0_ALS

RZM-USBH_OC#

RZM-TOUCH_RST

RZM-P1_7

GND

+5V

GND

PWRDWN#

RZM-USBH_VBUS

GND

+5V

3 4

5 6

7 8

9 10

11 12

13 14

15 16

17 18

19 20

21 22

23 24

25 26

27 28

29 30

31 32

33 34

35 36

37 38

39 40

41 42

43 44

45 46

47 48

49 50

51 52

53 54

55 56

57 58

59 60

61 62

63 64

65 66

67 68

69 70

71 72

73 74

75 76

77 78

79 80

81 82

83 84

85 86

87 88

89 90

91 92

93 94

95 96

97 98

99 100

1 2

J1A

RZM-ET_RXDV

RZM-ET_RXCLK

RZM-ET_TXCLK

RZM-PMOD_RST#

RZM_3V3

RZM_1V8

Board to Board connections via DDR2 SODIMM Socket

103 104

105 106

107 108

109 110

111 112

113 114

115 116

117 118

119 120

121 122

123 124

125 126

127 128

129 130

131 132

133 134

135 136

137 138

139 140

141 142

143 144

145 146

147 148

149 150

151 152

153 154

155 156

157 158

159 160

161 162

163 164

165 166

167 168

169 170

171 172

173 174

175 176

177 178

179 180

181 182

183 184

185 186

187 188

189 190

191 192

193 194

195 196

197 198

199 200

101 102

J1B

SO3 SO4 SO5 SO6

RZM-P0_5

RZM-P0_4

RZM-P1_13

RZM-P1_15

RZM-USBH_5V_EN

SO1 SO2

PIJ101 PIJ102

PIJ103 PIJ104

PIJ105 PIJ106

PIJ107 PIJ108

PIJ109

PIJ1010

PIJ1011 PIJ1012

PIJ1013 PIJ1014

PIJ1015 PIJ1016

PIJ1017 PIJ1018

PIJ1019 PIJ1020

PIJ1021 PIJ1022

PIJ1023 PIJ1024

PIJ1025 PIJ1026

PIJ1027 PIJ1028

PIJ1029 PIJ1030

PIJ1031 PIJ1032

PIJ1033 PIJ1034

PIJ1035 PIJ1036

PIJ1037 PIJ1038

PIJ1039 PIJ1040

PIJ1041 PIJ1042

PIJ1043 PIJ1044

PIJ1045 PIJ1046

PIJ1047 PIJ1048

PIJ1049 PIJ1050

PIJ1051 PIJ1052

PIJ1053 PIJ1054

PIJ1055 PIJ1056

PIJ1057 PIJ1058

PIJ1059 PIJ1060

PIJ1061 PIJ1062

PIJ1063 PIJ1064

PIJ1065 PIJ1066

PIJ1067 PIJ1068

PIJ1069 PIJ1070

PIJ1071 PIJ1072

PIJ1073 PIJ1074

PIJ1075 PIJ1076

PIJ1077 PIJ1078

PIJ1079 PIJ1080

PIJ1081 PIJ1082

PIJ1083 PIJ1084

PIJ1085 PIJ1086

PIJ1087 PIJ1088

PIJ1089 PIJ1090

PIJ1091 PIJ1092

PIJ1093 PIJ1094

PIJ1095 PIJ1096

PIJ1097 PIJ1098

PIJ1099

PIJ10100

COJ1A

PIJ10101 PIJ10102

PIJ10103 PIJ10104

PIJ10105 PIJ10106

PIJ10107 PIJ10108

PIJ10109 PIJ10110

PIJ10111 PIJ10112

PIJ10113 PIJ10114

PIJ10115 PIJ10116

PIJ10117 PIJ10118

PIJ10119 PIJ10120

PIJ10121 PIJ10122

PIJ10123 PIJ10124

PIJ10125 PIJ10126

PIJ10127 PIJ10128

PIJ10129 PIJ10130

PIJ10131 PIJ10132

PIJ10133 PIJ10134

PIJ10135 PIJ10136

PIJ10137 PIJ10138

PIJ10139 PIJ10140

PIJ10141 PIJ10142

PIJ10143 PIJ10144

PIJ10145 PIJ10146

PIJ10147 PIJ10148

PIJ10149 PIJ10150

PIJ10151 PIJ10152

PIJ10153 PIJ10154

PIJ10155 PIJ10156

PIJ10157 PIJ10158

PIJ10159 PIJ10160

PIJ10161 PIJ10162

PIJ10163 PIJ10164

PIJ10165 PIJ10166

PIJ10167 PIJ10168

PIJ10169 PIJ10170

PIJ10171 PIJ10172

PIJ10173 PIJ10174

PIJ10175 PIJ10176

PIJ10177 PIJ10178

PIJ10179 PIJ10180

PIJ10181 PIJ10182

PIJ10183 PIJ10184

PIJ10185 PIJ10186

PIJ10187 PIJ10188

PIJ10189 PIJ10190

PIJ10191 PIJ10192

PIJ10193 PIJ10194

PIJ10195 PIJ10196

PIJ10197 PIJ10198

PIJ10199 PIJ10200

COJ1B

COSO1 COSO2 COSO3 COSO4 COSO5 COSO6

PIJ102

PIJ1014

PIJ1034

PIJ1048

PIJ1060

PIJ1074

PIJ1088

PIJ10100

PIJ10102

PIJ10114

PIJ10130

PIJ10138

NL05V

PIJ101

PIJ1013

PIJ1033

PIJ1039

PIJ1045

PIJ1051

PIJ1059

PIJ1075

PIJ1087

PIJ1095

PIJ10101

PIJ10113

PIJ10125

PIJ10139 PIJ10140

PIJ10141

PIJ10143

PIJ10145 PIJ10146

PIJ10147

PIJ10149

PIJ10151 PIJ10152

PIJ10153

PIJ10155

PIJ10157 PIJ10158

PIJ10159

PIJ10161

PIJ10163 PIJ10164

PIJ10167

PIJ10172

PIJ10189

PIJ1044

PIJ1046

PIJ1050

PIJ1062

PIJ1069

PIJ1073

PIJ10124

PIJ10180

PIJ10182

PIJ10184

PIJ10186

PIJ10188

PIJ10190

PIJ10192

PIJ10194

PIJ10198

PIJ10200

NLPWRDWN#

PIJ1053

NLRZM0AN00ALS

PIJ1067

NLRZM0AUDIO0CLK

PIJ1063

NLRZM0AUDIO0IRQ

PIJ1018

NLRZM0BLEN

PIJ1061

NLRZM0BOOT1

PIJ10179

NLRZM0BOOT2

PIJ10134

NLRZM0CANRX

PIJ10170

NLRZM0CANTX

PIJ1010

NLRZM0CKIO

PIJ1058

NLRZM0ET0COL

PIJ10121

NLRZM0ET0CRS

PIJ10171

NLRZM0ET0IRQ

PIJ10168

NLRZM0ET0MDC

PIJ1021

NLRZM0ET0MDIO

PIJ1040

NLRZM0ET0RXCLK

PIJ10137

NLRZM0ET0RXD0

PIJ10118

NLRZM0ET0RXD1

PIJ10122

NLRZM0ET0RXD2

PIJ10131

NLRZM0ET0RXD3

PIJ1028

NLRZM0ET0RXDV

PIJ1036

NLRZM0ET0RXER

PIJ1080

NLRZM0ET0TXCLK

PIJ10129

NLRZM0ET0TXD0

PIJ10110

NLRZM0ET0TXD1

PIJ10135

NLRZM0ET0TXD2

PIJ10120

NLRZM0ET0TXD3

PIJ10104

NLRZM0ET0TXEN

PIJ1086

NLRZM0ET0TXER

PIJ1023

NLRZM0LCD0CLK

PIJ104

NLRZM0LCD0DATA0

PIJ106

NLRZM0LCD0DATA1

PIJ10199

NLRZM0LCD0DATA2

PIJ10197

NLRZM0LCD0DATA3

PIJ10177

NLRZM0LCD0DATA4

PIJ10183

NLRZM0LCD0DATA5

PIJ10175

NLRZM0LCD0DATA6

PIJ10181

NLRZM0LCD0DATA7

PIJ10103

NLRZM0LCD0DATA8

PIJ1066

NLRZM0LCD0DATA9

PIJ1068

NLRZM0LCD0DATA10

PIJ1070

NLRZM0LCD0DATA11

PIJ10105

NLRZM0LCD0DATA12

PIJ1078

NLRZM0LCD0DATA13

PIJ1082

NLRZM0LCD0DATA14

PIJ10111

NLRZM0LCD0DATA15

PIJ10142

NLRZM0LCD0DATA16

PIJ10144

NLRZM0LCD0DATA17

PIJ10154

NLRZM0LCD0DATA18

PIJ10156

NLRZM0LCD0DATA19

PIJ10148

NLRZM0LCD0DATA20

PIJ10150

NLRZM0LCD0DATA21

PIJ10160

NLRZM0LCD0DATA22

PIJ10162

NLRZM0LCD0DATA23

PIJ103

NLRZM0LCD0DEN

PIJ108

NLRZM0LCD0HSYNC

PIJ105

NLRZM0LCD0VSYNC

PIJ1065

NLRZM0LED0GRN

PIJ1071

NLRZM0LED0RED

PIJ10176

NLRZM0MD0CLKS

PIJ1026

NLRZM0MISO2

PIJ1091

NLRZM0MMC0CLK

PIJ1097

NLRZM0MMC0CMD

PIJ1093

NLRZM0MMC0D0

PIJ1089

NLRZM0MMC0D1

PIJ1099

NLRZM0MMC0D2

PIJ1064

NLRZM0MMC0D3

PIJ10187

NLRZM0MMC0D4

PIJ10191

NLRZM0MMC0D5

PIJ10185

NLRZM0MMC0D6

PIJ10193

NLRZM0MMC0D7

PIJ1024

NLRZM0MOSI2

PIJ1031

NLRZM0P004

PIJ1029

NLRZM0P005

PIJ10136

NLRZM0P107

PIJ1055

NLRZM0P1013

PIJ1054

NLRZM0P1015

PIJ10195

NLRZM0P7080IRQ1

PIJ1012

NLRZM0P8080TxD3

PIJ1016

NLRZM0P8090RxD3

PIJ1057

NLRZM0PMOD0IRQ

PIJ1030

NLRZM0PMOD0RST#

PIJ1027

NLRZM0RESET#

PIJ1011

NLRZM0RS0DEN

PIJ109

NLRZM0RS0ON

PIJ1022

NLRZM0RSPCK2

PIJ10126

NLRZM0SCL0

PIJ10165

NLRZM0SCL1

PIJ10115

NLRZM0SD0CD

PIJ1096

NLRZM0SD0CLK

PIJ1098

NLRZM0SD0CMD

PIJ10119

NLRZM0SD0D0

PIJ1092

NLRZM0SD0D1

PIJ10106

NLRZM0SD0D2

PIJ10123

NLRZM0SD0D3

PIJ1084

NLRZM0SD0WP

PIJ10128

NLRZM0SDA0

PIJ10169

NLRZM0SDA1

PIJ10166

NLRZM0SPBCLK0

PIJ10178

NLRZM0SPBIO00

PIJ10173

NLRZM0SPBIO10

PIJ10174

NLRZM0SPBSSL0

PIJ10116

NLRZM0SSIRxD

PIJ10108

NLRZM0SSISCK

PIJ10112

NLRZM0SSITxD

PIJ10133

NLRZM0SSIWS

PIJ1020

NLRZM0SSL20

PIJ1085

NLRZM0TCK

PIJ1079

NLRZM0TDI

PIJ1081

NLRZM0TDO

PIJ1083

NLRZM0TMS

PIJ1052

NLRZM0TOUCH0IRQ

PIJ107

NLRZM0TOUCH0RST

PIJ1077

NLRZM0TRST#

PIJ1015

NLRZM0UART0RX

PIJ1025

NLRZM0UART0TX

PIJ1035

NLRZM0USBF0N

PIJ1037

NLRZM0USBF0P

PIJ1041

NLRZM0USBF0VBUS

PIJ10132

NLRZM0USBH05V0EN

PIJ1049

NLRZM0USBH0N

PIJ1056

NLRZM0USBH0OC#

PIJ1047

NLRZM0USBH0P

PIJ1043

NLRZM0USBH0VBUS

PIJ1032

NLRZM0VIO0CLK

PIJ10109

NLRZM0VIO0D0

PIJ10107

NLRZM0VIO0D1

PIJ1072

NLRZM0VIO0D2

PIJ1076

NLRZM0VIO0D3

PIJ1090

NLRZM0VIO0D4

PIJ10127

NLRZM0VIO0D5

PIJ1094

NLRZM0VIO0D6

PIJ10117

NLRZM0VIO0D7

PIJ1038

NLRZM0VIO0FLD

PIJ1017

NLRZM0VIO0HSYNC

PIJ1019

NLRZM0VIO0VSYNC

PIJ10196

NLRZM01V8

PIJ1042

NLRZM03V3

YLCDRZA1H

Technical Reference Ma nual

Rev 2.20

Jul 21, 2015

Page 59 of 68

12.5 - Baseboard BOM

Designator

Qty

Description

BAT1

1 3030TR [Keystone] CR1025 SMD Coin Cell Holder

C1, C5, C60, C113, C119

5 CL05A475MQ5NQNC [Samsung] Ceramic 4u7 6V3 X5R 20%

C2, C3, C9, C27, C39, C40, C41, C42,

C43, C44, C45, C46, C48, C49, C50,

C51, C52, C53, C58, C59, C61, C63,

C64, C66, C68, C69, C70, C71, C72,

C75, C77, C78, C79, C80, C81, C82,

C83, C84, C89, C90, C108, C109,

C110, C111, C112, C115, C116,

C117, C118, C122

CL03A104KP3NNNC [Samsung] Ceramic100n0 10V X5R 10%

C4, C7, C17, C65

4 CL10A226MQ8NRNC [Samsung] Ceramic 22uF 6.3V X5R 20%

C6, C16, C37, C88, C91

5 CL10A106KP8NNND [Samsung] Ceramic 10uF 10V 10% X5R

CL05B271KB5NNNC [Samsung] Ceramic 270p 50V X7R 10%

C10, C11, C12

CL31A106KBHNNNE [Samsung] Ceramic 10u0 50V 10% X5R

C13

C1005X7R1H104K050BB [TDK] Ceramic 100n0 50V 10% X7R

C14, C30, C31

3 CL05B103KB5NNNC [Samsung] Ceramic 10n0 50V X7R 10%

C15

1 CL05C180JB5NNNC [Samsung] Ceramic 18p0 50V C0G 5%

C18

CL05A104KO5NNNC [Samsung] Ceramic 100n0 16V 10% X7R

C19

CL05B102KB5NNNC [Samsung] Ceramic 1n0 50V X7R 10%

C20, C114

2 CL05C330JB5NNNC [Samsung] Ceramic 33p0 50V 5% NP0

C21, C22, C23, C25, C34, C35

6 C1608X5R1H334M080AB [TDK] Ceramic 330n0 50V 20% X5R

C24, C36

CL21A226MAQNNNE [Samsung] Ceramic 22u0 25V 20% X5R

C26

C1608X7R1H224M080AB [TDK] Ceramic 220n0 50V 20% X7R

C28

CL05B471KB5NNNC [Samsung] Ceramic 470p0 50V 10% X7R

C29

1 CL05C220JB5NNNC [Samsung] Ceramic 22p0 50V 5% NP0

C32, C33, C47, C95, C96, C97

6 CL05A105KO5NNNC [Samsung] Ceramic1u0 16V X5R 10%

C38

CL31B105KBHNNNE [Samsung] Ceramic 1u0 50V 10% X7R

C54, C57, C73, C86, C87, C92, C93,

C94, C98, C102, C103, C104

CL03A105MQ3CSNC [Samsung] Ceramic 1u0 6.3V 20% X5R

C55, C56, C62, C105

CL05A225MP5NNNC [Samsung] Ceramic 2u2 10V X5R 20%

C67

LMK316BJ476ML-T [Taiyo Yuden] Ceramic 47uF 10V 20% X5R

C74

TPSD157M016R0150 [AVX] Tant150uF 16V 20%

C76

CL03A104KP3NNNC [Samsung] Ceramic100n0 10V X5R 10%

C85

CL05A106MQ5NUNC [Samsung] Ceramic10uF 6.3V X5R 20%

C99, C100, C101, C106, C107

CL03C100DA3GNNC [Samsung] Ceramic 10p0 25V C0G/NP0 +/-0.5pF

C120, C121

C0603C0G1E150J030BA [Murata] Ceramic 15p0 25V C0G 5%

C123

CL03B102KA3NNNC [Samsung] Ceramic 1n0 25V 10% X7R

C124

CL03A103KP3NNNC [Samsung] Ceramic 10n0 10V 10% X5R

D1, D2, D3, D4

RB481KTL [Rohm] Dual Shottky Diode 30V

B240A-13-F [Diodes Inc] Schottky 40V 2A

DFLS130L-7 [Diodes Zetex] Schottky Diode 30V 310mV@1A

FB1

BLM21AG121SN1D [Murata] Ferrite Beads120Ohm 25% 100MHz 800mA

FB2, FB3

CIM05U601NC [Samsung] Ferrite Bead 600 Ohm 300mA 0402

FB4

CIS10P300AC [Samsung] Ferrite Bead 30R0 6A

1473005-4 [TE] 200Pos RA DIMM Socket 0.6mm pitch

RASM722PTR13X [Switchcraft] RA, 2.1mm 5A SMT, T/R

YLCDRZA1H

Technical Reference Ma nual

Rev 2.20

Jul 21, 2015

Page 60 of 68

XF2W-4015-1A [Omron] 40pos 0.5mm pitch FFC Dual

XF2W-0815-1A [Omron] 8pos 0.5mm pitch FFC

08B0-1X1T-36-F [Bel] MagJack 10/100 AutoMDIX LED G/Y TH

CES-109-01-T-D [Samtec] 18pos/2x9 ST F 2.54mm Hdr

USB-A-S-F-B-SM2-R-TR [Samtec] USB A 2.0 4Pin

J8, J17

10118192-0001LF [FCI] USB Micro B Full SMT

20020110-C081A01LF [FCI] Term Block 8pos/1x8 M 3.5mm RA TH

J10

SJ-3524-SMT-TR-GR [CUI] 3.5mm SMT Audio Jack Green

J11, J12

SM02B-GHS-TB(LF)(SN) [JST] 2Pos/1x2 1.25mm RA

J13

SJ-3524-SMT-TR-BE [CUI] 3.5mm SMT Audio Jack Blue

J14

SJ-43516-SMT-TR-PI [CUI] 3.5mm SMT Audio Jack Pink/Red

J15

SSW-106-02-F-D-RA [Samtec] 2x6 RA 0.1" F Header

J16

TC-2050 PCB [Tag-Connect] 10pos/2x5 *NO PART PADS ONLY*

SRU1028-100Y [Bourns ] 10uH Shielded 2.8A 45mOhm 10x10x2.8mm

L2, L4

SRN3015-2R2M [Bourns] 2.2uH 1.8A 72mOhm Inductor

SRN3015-1R0Y [Bourns] 1uH 2.35A Inductor 3x3x1.5mm

SRR6028-3R9Y [Bourns] Shielded 3.9uH 2.45A SMD Coil

SRR5028-220Y [Bourns] 22uH 1.15 30% 120mOHM,5.8x5.8x2.8mm

LED1, LED2

598-8610-207F [Dialight] LED BiColor Red/Green 60/40mcd

R1, R4, R5, R18, R19, R27, R29,

R30, R33, R47

ERA-2AED103X [Panasonic] 10K 0.5% 1/16W 25ppm

ERJ-2RKF3742X [Panasonic] 37k4 1% 1/10W 100ppm

ERJ-2RKF1871X [Panasonic] 1k87 1% 1/10W 100ppm

ERJ-2RKF1803X [Panasonic] 180K Ohm 1% 1/10W ±100ppm

ERJ-2RKF2553X [Panasonic] 255k0 1% 1/10W 100ppm AEC-Q200

R8, R9, R10

ERJ-2RKF4993X [Panasonic] 499k 1% 1/10W 100ppm

R11

ERJ-2RKF1004X [Panasonic] 1m00 1% 1/10W 100ppm

R12

ERJ-2RKF7502X [Panasonic] 75k0 1% 1/10W 100ppm

R13

ERJ-2RKF5622X [Panasonic] 56k2 1% 1/10W 100ppm

R14

ERJ-2RKF3302X [Panasonic] 33k0 1% 1/10W 100ppm

R15

ERJ-2RKF6652X [Panasonic] 66k5 1% 1/10W 100ppm

R16

NRC04F1101TRF [NIC] 1k1 1/16W 1% 0402

R17

CRCW04023R00FKED [Vishay] 3R00 1% 1/16W 100ppm

R20, R45

ERJ-2RKF22R0X [Panasonic] 22R0 1% 1/10W 100ppm

R21

ERJ-2RKF2201X [Panasonic ] 2k2 1% 1/10W 100ppm

R22, R23

ERJ-2RKF2200X [Panasonic] 220R 1% 1/10W 100ppm

R24

ERJ-2RKF6491X [Panasonic] 6k49 1% 1/10W 100ppm

R25, R26, R46

ERA-2AED101X [Panasonic ] 100R 0.5% 1/16W 25ppm

R28

ERA-2AED223X [Panasonic ] 22k0 0.5% 1/16W 25ppm

R31, R32

ERA-2AED472X [Panasonic ] 4k70 0.5% 1/16W 25ppm

R34

ERA-2AED102X [Panasonic ] 1k00 0.5% 1/16W 25ppm

R35, R38

ERA-2AED471X [Panasonic ] 470R 0.5% 1/16W 25ppm

R36, R37, R39, R43

ERA-2AED152X [Panasonic] 1K50 0.5% 1/16W 25ppm

R40

CRCW04020000Z0ED [Vishay] 0R00 1/16W

R41, R42

ERJ-2RKF27R0X [Panasonic] 27R0 1% 1/10W 100ppm

R44

ERJ-2RKF3900X [Panasonic] 390R 1% 1/10W 100ppm

YLCDRZA1H

Technical Reference Ma nual

Rev 2.20

Jul 21, 2015

Page 61 of 68

RA1, RA19

EXB-28V104JX [Panasonic] IsolArr 100k0 5% 200ppm 1/16W 4x040

RA2, RA3, RA4, RA5, RA6, RA7,

RA8, RA15, RA16, RA17

EXB-28V330JX [Panasonic] IsolArr 33R0 4x 5% 200ppm 1/16W

RA9, RA10

EXB-28V223JX [Panasonic] IsolArr 22k0 4x 5% 200ppm 1/16W

RA11, RA12

EXB-28V473JX [Panasonic] IsolArr 47k0 4x 5% 200ppm 1/16W

RA13

EXB-28V220JX [Panasonic] IsolArr 22R0 4x 5% 200ppm 1/16W

RA14, RA18, RA20

EXB-28V472JX [Panasonic] IsolArr 4k7 5% 200ppm 1/16W 4x0402

RA21

EXB-28V103JX [Panasonic] IsolArr 10k0 5% 200ppm 1/16W 4x0402

RA22

EXB-28V101JX [Panasonic] IsolArr 100R 4x 5% 200ppm 1/16W

S1, S2

219-4LPSTR [CTS] DIP Switch 4Pos 2.54mm

S3, S4

KSC222J LFS [C&K] Sealed PB Switch 6.2x6.2mm

SD1

10067847-001RLF [FCI] SDCard Socket

SO3, SO4, SO5, SO6

SMTSO-M4-6ET [PEM] M4 6.0mm Standoff

P9122-S2NBGI [IDT] Switcher w/I2C Dual Fact Pgm 1.8, 3.30

TPS54232D [TI] Buck Regulator 28V 2A

TPS2501DRCR [TI] USB Boost Power Controlller SON10

74LVC1G157GV [NXP] Single 2-Input Multiplexer

TPS65150RGER [TI] LCD 3-output LCD power controller

CAT4139TD-GT3 [OnSemi] LED Backlight Driver

DS90CF383BMTX/NOPB [TI] RGB888 to LVDS 65MHz Serializer

MTFC4GMDEA-4M IT [Micron] 4GByte eMMC 3v3

PCF8523TK/1,118 [NXP] Real Time Clock

U10

ATSHA204-MAHDA-T [Atmel] CryptoAuthentication Chip

U11

KSZ8081MNXCA TR [Micrel] Ethernet 10/100 MII PHY

U12

501AAA25M0000DAGR [SiLabs] 25MHz Oscillator 50ppm 2x2.5mm

U13

24AA02E48T-I/OT [Microchip] EEPROM EUI48 MAC I2C

U14

501AAA24M0000DAGR [SiLabs] 24MHz Oscillator 50ppm 2x2.5mm

U15, U16

TPD2E2U06DRLR [TI] ESD Transient Suppressor Dual 30kV

U17

ISL41387IRZ-T [Intersil] RS232/RS485 Dual Mode Transceiver

U18

IFX1050GVIOXUMA1 [Infineon] CAN Transceiver 1MBaud

U19

MAX98089ETN+ [Maxim] Audio Codec/Amplifier

U20

APDS-9002-021 [Avago] Ambient Light Sensor

U21

AT91SAM7S64C-MU [Atmel] MCU

U22

501AAA18M4320DAGR [SiLabs] 18.432MHz Osc 50ppm 2x2.5mm

ABS07-32.768KHZ-T [Abracon] 12.5pF 20ppm

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Rev 2.20

Jul 21, 2015

Page 62 of 68

Chapter 13 - Post Production Modifications

13.1 – I/O Baseboard v2.0

The I/O Baseboard v2.0 has the following post-production modification to address the issue described in the 5.5 -

USB Host Power Subsystem section:

On v2.0 units,

P1.6

was incorrectly used to drive the USB Host Power Enable (

RZM-USBH_5V_EN

on the RZ

Module; DIMM pin 132). This port is open drain only on the MCU, and is incapable of driving high and

enabling the power supply. All v2.0 units should include a post-production modification connecting U21

pin 7 (

ENUSB

) to U21 pin 8 (

FAULT#

) to enable the USB supply during all non-overcurrent situations.

The unmodified v2.0 units have U21 (near the USB Host A Connector) like this:

The modified 2.0 units have the two pins 7 and 8 shorted as described above:

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Rev 2.20

Jul 21, 2015

Page 63 of 68

Chapter 14 - Additional Information

Further information available for this product can be found on the Renesas website at:

http://am.renesas.com/HiResGUI

General information on Renesas Microcontrollers can be found on the global Renesas website:

http://www.renesas.com/

Renesas Electronics America, Inc.

2801 Scott

Boulevard

Santa Clara, CA 95050-2554,