r7s72100 cpu board rtk772100bc00000br user's · pdf filesfr special function registers...

User’s M

anual

Rev.0.08 2013.12

All information contained in these materials, including products and product specifications, represents information on the product at the time of publication and is subject to change by Renesas Electronics Corporation without notice. Please review the latest information published by Renesas Electronics Corporation through various means, including the Renesas Electronics Corporation website (http://www.renesas.com).

32R7S72100 CPU board

RTK772100BC00000BR (GENMAI) User's Manual

Renesas Microcomputer RZ/A Series

www.renesas.com

Notice 1. Descriptions of circuits, software and other related information in this document are provided only to illustrate the operation of

semiconductor products and application examples. You are fully responsible for the incorporation of these circuits, software, and information in the design of your equipment. Renesas Electronics assumes no responsibility for any losses incurred by you or third parties arising from the use of these circuits, software, or information.

2. Renesas Electronics has used reasonable care in preparing the information included in this document, but Renesas Electronics does not warrant that such information is error free. Renesas Electronics assumes no liability whatsoever for any damages incurred by you resulting from errors in or omissions from the information included herein.

3. Renesas Electronics does not assume any liability for infringement of patents, copyrights, or other intellectual property rights of third parties by or arising from the use of Renesas Electronics products or technical information described in this document. No license, express, implied or otherwise, is granted hereby under any patents, copyrights or other intellectual property rights of Renesas Electronics or others.

4. You should not alter, modify, copy, or otherwise misappropriate any Renesas Electronics product, whether in whole or in part. Renesas Electronics assumes no responsibility for any losses incurred by you or third parties arising from such alteration, modification, copy or otherwise misappropriation of Renesas Electronics product.

5. Renesas Electronics products are classified according to the following two quality grades: “Standard” and “High Quality”. The recommended applications for each Renesas Electronics product depends on the product’s quality grade, as indicated below. “Standard”: Computers; office equipment; communications equipment; test and measurement equipment; audio and visual

equipment; home electronic appliances; machine tools; personal electronic equipment; and industrial robots etc. “High Quality”: Transportation equipment (automobiles, trains, ships, etc.); traffic control systems; anti-disaster systems; anti-

crime systems; and safety equipment etc. Renesas Electronics products are neither intended nor authorized for use in products or systems that may pose a direct threat to human life or bodily injury (artificial life support devices or systems, surgical implantations etc.), or may cause serious property damages (nuclear reactor control systems, military equipment etc.). You must check the quality grade of each Renesas Electronics product before using it in a particular application. You may not use any Renesas Electronics product for any application for which it is not intended. Renesas Electronics shall not be in any way liable for any damages or losses incurred by you or third parties arising from the use of any Renesas Electronics product for which the product is not intended by Renesas Electronics.

6. You should use the Renesas Electronics products described in this document within the range specified by Renesas Electronics, especially with respect to the maximum rating, operating supply voltage range, movement power voltage range, heat radiation characteristics, installation and other product characteristics. Renesas Electronics shall have no liability for malfunctions or damages arising out of the use of Renesas Electronics products beyond such specified ranges.

7. Although Renesas Electronics endeavors to improve the quality and reliability of its products, semiconductor products have specific characteristics such as the occurrence of failure at a certain rate and malfunctions under certain use conditions. Further, Renesas Electronics products are not subject to radiation resistance design. Please be sure to implement safety measures to guard them against the possibility of physical injury, and injury or damage caused by fire in the event of the failure of a Renesas Electronics product, such as safety design for hardware and software including but not limited to redundancy, fire control and malfunction prevention, appropriate treatment for aging degradation or any other appropriate measures. Because the evaluation of microcomputer software alone is very difficult, please evaluate the safety of the final products or systems manufactured by you.

8. Please contact a Renesas Electronics sales office for details as to environmental matters such as the environmental compatibility of each Renesas Electronics product. Please use Renesas Electronics products in compliance with all applicable laws and regulations that regulate the inclusion or use of controlled substances, including without limitation, the EU RoHS Directive. Renesas Electronics assumes no liability for damages or losses occurring as a result of your noncompliance with applicable laws and regulations.

9. Renesas Electronics products and technology may not be used for or incorporated into any products or systems whose manufacture, use, or sale is prohibited under any applicable domestic or foreign laws or regulations. You should not use Renesas Electronics products or technology described in this document for any purpose relating to military applications or use by the military, including but not limited to the development of weapons of mass destruction. When exporting the Renesas Electronics products or technology described in this document, you should comply with the applicable export control laws and regulations and follow the procedures required by such laws and regulations.

10. It is the responsibility of the buyer or distributor of Renesas Electronics products, who distributes, disposes of, or otherwise places the product with a third party, to notify such third party in advance of the contents and conditions set forth in this document, Renesas Electronics assumes no responsibility for any losses incurred by you or third parties as a result of unauthorized use of Renesas Electronics products.

11. This document may not be reproduced or duplicated in any form, in whole or in part, without prior written consent of Renesas Electronics.

12. Please contact a Renesas Electronics sales office if you have any questions regarding the information contained in this document or Renesas Electronics products, or if you have any other inquiries.

(Note 1) “Renesas Electronics” as used in this document means Renesas Electronics Corporation and also includes its majority-owned subsidiaries.

(Note 2) “Renesas Electronics product(s)” means any product developed or manufactured by or for Renesas Electronics.

(2012.4)

WEEE Directive Renesas development tools and products are directly covered by the European Union's Waste Electrical and Electronic Equipment, (WEEE), Directive 2002/96/EC. As a result, this equipment, including all accessories, must not be disposed of as household waste but through your locally recognised recycling or disposal schemes. As part of our commitment to environmental responsibility Renesas also offers to take back the equipment and has implemented a Tools Product Recycling Program for customers in Europe. This allows you to return equipment to Renesas for disposal through our approved Producer Compliance Scheme. To register for the program, click here "http://www.renesas.com/weee".

About This Manual

1. Purpose and Target Readers This manual is designed to provide the user with an understanding of the functions and operating specifications of this extension board. A basic knowledge of electrical circuits, logical circuits, and microcomputers (MCUs) is necessary in order to use this manual. This manual is composed of an overview of the CPU board; its functional and operational specifications. Carefully read all notes described in the body of text in the manual.

The Revision History summarizes the modifications and additions to the previous versions. Refer to the text of the manual for details.

The following document applies to the R7S72100 CPU board RTK772100BC00000BR.

Document Type Description Document Title Document No.

User's Manual Describes functional specifications (devices, memory maps, electrical characteristics), and operational specifications (connectors, and switches)

R7S72100 CPU board RTK772100BC00000BRUser's Manual

This publication

The following documents apply to the RZ/A1H group. Make sure to refer to the latest version of these documents which can be obtained from Renesas Electronics website.

Document Type Description Document Title Document No.

Application note Applications, sample programs, etc.

RENESAS TECHNICAL UPDATE

Information regarding product specifications, documents, etc.

Available on Renesas Electronics website

2. Frequently Used Abbreviations and Acronyms ACIA Asynchronous Communication Interface Adapter

bps Bits per second

CRC Cyclic Redundancy Check

DMA Direct Memory Access

DMAC Direct Memory Access Controller

GSM Global System for Mobile Communications

Hi-Z High Impedance

IEBus Inter Equipment bus

I/O Input/Output

IrDA Infrared Data Association

LSB Least Significant Bit

MSB Most Significant Bit

NC Non-Connection

PLL Phase Locked Loop

PWM Pulse Width Modulation

SFR Special Function Registers

SIM Subscriber Identity Module

UART Universal Asynchronous Receiver/Transmitter

VCO Voltage Controlled Oscillator

All trademarks and registered trademarks are the property of their respective owners.

Table of Contents

1. Overview.................................................................................................................................................... 1-1

1.1 Overview ......................................................................................................................................................... 1-1 1.2 System Configuration ...................................................................................................................................... 1-2 1.3 External Specifications .................................................................................................................................... 1-3 1.4 Exterior Appearance ........................................................................................................................................ 1-5 1.5 Parts Layout ..................................................................................................................................................... 1-7 1.6 Memory Map ................................................................................................................................................. 1-11 1.7 Absolute Maximum Ratings .......................................................................................................................... 1-12 1.8 Operating Conditions..................................................................................................................................... 1-12

2. Functional Specification............................................................................................................................. 2-1

2.1 Functions Overview......................................................................................................................................... 2-1 2.2 CPU ................................................................................................................................................................. 2-2

2.2.1 R7S72100 Overview............................................................................................................................... 2-2 2.2.2 R7S72100 Pin Functions ........................................................................................................................ 2-2 2.2.3 RTK772100BC00000BR Module Applicability................................................................................... 2-16

2.3 Memories ....................................................................................................................................................... 2-17 2.3.1 R7S72100 On-Chip RAM .................................................................................................................... 2-17 2.3.2 NOR Flash Memory Interface .............................................................................................................. 2-17 2.3.3 SDRAM Interface................................................................................................................................. 2-20 2.3.4 Serial Flash Memory Interface.............................................................................................................. 2-24 2.3.5 NAND Flash Memory Interface ........................................................................................................... 2-26 2.3.6 EEPROM Interface............................................................................................................................... 2-27

2.4 USB Interface ................................................................................................................................................ 2-28 2.5 Serial Interface............................................................................................................................................... 2-30 2.6 I/O Ports......................................................................................................................................................... 2-31 2.7 Interrupt Switches.......................................................................................................................................... 2-32 2.8 Clocks ............................................................................................................................................................ 2-33 2.9 Reset Control ................................................................................................................................................. 2-35 2.10 Power Supply................................................................................................................................................. 2-36 2.11 Debug Interface ............................................................................................................................................. 2-37 2.12 CAN Interface................................................................................................................................................ 2-38 2.13 Video Input Interface ..................................................................................................................................... 2-39 2.14 Audio Interface .............................................................................................................................................. 2-40

2.15 SD Card Interface (4-bit) ............................................................................................................................... 2-41 2.16 MMC Card Interface (8-bit) .......................................................................................................................... 2-42 2.17 LAN Interface................................................................................................................................................ 2-43 2.18 LVDS Interface.............................................................................................................................................. 2-44 2.19 TOSLINK Interface ....................................................................................................................................... 2-45 2.20 MOST Interface ............................................................................................................................................. 2-46

3. Operational Specification........................................................................................................................... 3-1

3.1 Connector Overview........................................................................................................................................ 3-1 3.1.1 RCA Connector for Video Input (J1)...................................................................................................... 3-3 3.1.2 MOST I/F Connector (J3)....................................................................................................................... 3-4 3.1.3 Mic-in Pin Jack Assignments (J4) .......................................................................................................... 3-6 3.1.4 Lineout Pin Jack (J6) .............................................................................................................................. 3-7 3.1.5 USB Connectors (J5 and J8) ................................................................................................................... 3-8 3.1.6 LAN Connector (J10) ........................................................................................................................... 3-10 3.1.7 SD Card Slot (J11)................................................................................................................................ 3-11 3.1.8 MMC Card Slot (J15) ........................................................................................................................... 3-12 3.1.9 CAN Connectors (J12 and J13) ............................................................................................................ 3-13 3.1.10 LVDS Connectors (J14 and J16) .......................................................................................................... 3-14 3.1.11 TOSLINK Connector (U26) ................................................................................................................. 3-16 3.1.12 Serial Port Connectors (J17 and J19).................................................................................................... 3-17 3.1.13 UDI Connectors (J21 and J22).............................................................................................................. 3-18 3.1.14 Power Supply Connectors (J23 and J25) .............................................................................................. 3-20 3.1.15 External Power Supply Connectors (J24 and J26 to J28) ..................................................................... 3-21 3.1.16 Expansion Connectors (CN1 to CN9)................................................................................................... 3-23

3.2 Operation Parts Layout .................................................................................................................................. 3-32 3.2.1 Jumpers (JP1 to JP15, JP18, JP19 and JP21)........................................................................................ 3-33 3.2.2 Switches and LEDs............................................................................................................................... 3-36

3.3 Dimensions .................................................................................................................................................... 3-39

Appendix RTK772100BC00000BR Schematics...................................................................................................1

R7S72100 CPU board RTK772100BC00000BR (GENMAI) 1. Overview

R20UT2596EJ0008 Rev.0.08 1-1 Dec. 19, 2013

1. Overview

1.1 Overview

RTK772100BC00000BR is a CPU board to evaluate functions and performance of Renesas Electronics RISC microcomputer R7S72100 and to execute development and evaluation of its application software. The features of the R7S72100 CPU board are described below. • The following external memories are generally included.

- NOR flash memory: 64MB×2 (16-bit bus connection) - SDRAM: 64MB×2 (16-bit bus connection) - Serial flash memory: 64MB×3 - EEPROM: 16KB×1

• Any of NOR flash memory, serial flash memory, SD controller on-chip NAND flash memory, and MMC controller on-chip NAND flash memory can be selected as a boot memory.

• A serial port connector (RS-232C or USB Mini-B), USB connectors, CAN connectors, SD card slot, MMC card slot, RCA connector for video input, and MOST I/F connector are generally included as the R7S72100 peripheral function interface.

• An audio CODEC is included to enable advance development of the audio system. • The USB connectors generally include the series A receptacles. The board pattern enables the Mini-B receptacles to

be implemented for the USB host/function module evaluation. • A LAN connector is generally included to enable software development or evaluation using the Ethernet. • Data bus, address bus and on-chip peripheral function pins of the R7S72100 are all connected to the expansion

connectors to enable timing evaluation with the peripheral devices using measurement instrument, or development of expansion board for its application.

• The ARM JTAG 20 and the CoreSight 20 are mounted to connect with the R7S72100 user debug interface.


R20UT2596EJ0008 Rev.0.08 1-2 Dec. 19, 2013

1.2 System Configuration

Figure 1.1 shows the System Configuration using RTK772100BC00000BR.

DC12V output Stabilized

power supply (over 3A)

R7S72100 CPU boardRTK772100BC00000BR

USB

* These items are not included. Please purchase them separately.

Debugger

Host computer *

SD card

R7S72100

MMC cardMicro

headphone

TOSLINK

RCA

Serial port

CAN

LVDS

MOST

LAN

*

USB serial

JTAG

ICE*

or

DC12V output

AC adapter(accessory)

Figure 1.1 System Configuration using RTK772100BC00000BR


R20UT2596EJ0008 Rev.0.08 1-3 Dec. 19, 2013

1.3 External Specifications

Table 1.1 and Table 1.2 list the RTK772100BC00000BR External Specifications. Table 1.1 RTK772100BC00000BR External Specifications (1)

Item Description CPU R7S72100

• Input (XIN) clock: 13.33MHz • CPU clock (Iφ): Up to 400MHz • Image process clock (Gφ): Up to 266.67MHz • Internal bus clock (Bφ): Up to 133.33MHz • External bus clock (CKIO): Up to 66.67MHz • Peripheral clock 1 (P1φ): Up to 66.67MHz • Peripheral clock 0 (P0φ): Up to 33.33MHz • On-chip memory

Large-capacity on-chip RAM: 10MB External memory: 128KB Instruction cache: 32KB Operand cache: 32KB

• Power supply voltage: 1.18V (internal), 3.3V (I/O) • 324-pin BGA 0.8mm pitch (package code: PRBG0324GA-A)

Memories • NOR flash memory: 64MB×2 - Spansion S29GL512S10T

• SDRAM: 64MB×2 - ISSI IS42S16320B-75

• Serial flash memories: 64MB×3 - Spansion S25FL512SDPM

• NAND flash memory: 512MB×1 (implementable board pattern) - Spansion S34ML04G100TFI

• EEPROM: 16KB×1 - Renesas R1EX24128ASAS0A

Connectors • USB series A receptacles: 2 (can be changed to Mini-B receptacles) • LAN connector (RJ-45) • SD card slot (4-bit) • MMC card slot (8-bit) • Audio I/O mini jacks (φ3.5): 2 • RCA connector for image input (4 input) • CAN port connectors (3-pin, pin header): 2 • TOSLINK connector (for SPDIF connection) • MOST I/F connector • Serial port connector (D-Sub 9-pin and USB Mini-B can be switched) • User debug interface connector (ARM JTAG 20, CoreSight 20): 1 for each • Expansion connectors: 34-pin×1, 30-pin×4, 20-pin×4 (partially mounted) • DC power jack

LEDs • Power supply LED: 1 • User LEDs: 2 • LAN status LEDs: 3


R20UT2596EJ0008 Rev.0.08 1-4 Dec. 19, 2013

Table 1.2 RTK772100BC00000BR External Specifications (2)

Item Description Switches • Reset switch: 1

• User switches: 3 (NMI, IRQ6*, TEST) • Toggle switch: 1 (IRQ6*)

*parallel connection • DIP switch for system setting: 6/package×1 • DIP switch for I/F setting: 4/package×1 • DIP switch for Ethernet PHY setting: 8/package×1

Board specification • Dimensions: 175mm×155mm • Mounting form: 6 layered double-sided • Number of board: 1


R20UT2596EJ0008 Rev.0.08 1-5 Dec. 19, 2013

1.4 Exterior Appearance

Figure 1.2 shows the RTK772100BC00000BR Exterior Appearance.

Figure 1.2 RTK772100BC00000BR Exterior Appearance


R20UT2596EJ0008 Rev.0.08 1-6 Dec. 19, 2013

Figure 1.3 shows the RTK772100BC00000BR Block Diagram.

SSIF0

R7S72100(324BGA)

SPIBSC BSC

ETHER

SDHI

MMC

16bit

CS2SDRAM(64MB)

CS3SDRAM(64MB)

CS1NOR

(64MB)

CS0NOR

(64MB)

RSCAN

Serial Flash(64MB)

4

SPIBSCSerial Flash(64MB×2)

8

FLCTL8NAND

(512MB)

RIIC

EEPROM (16KB)

DVDEC

SD CardSlot

MMC CardSlot 8

4

PHYuPD60610

MII:8RJ-45

CANTransceiver

Pin Header(3pin)

UDI

USB USB×2

75Ω

ExternalConnector

ICE

RESETNMIIRQ6

INTC

SSIF AudioCodec(WM8978)

MIC

HP

SCIF RS-232CTransceiver Dsub-9

Tx, Rx

LVDSOutput

LVDS

MLB

90Ω

100Ω

MOST I/FBoard

ch2

RL78/G1C-S

ch2

ch1

ch0

100Ω

4

*Memory capacity unit : Byte

USBMini-B

SCIF2

RSPDIF TOSLINK(TODX)

50Ω

RCA×2（VIN2）

RCA×4

Bootable Optional Dedicated connector

Expansion connector

Figure 1.3 RTK772100BC00000BR Block Diagram


R20UT2596EJ0008 Rev.0.08 1-7 Dec. 19, 2013

1.5 Parts Layout

Figure 1.4 and Figure 1.5 show the Parts Layout of the RTK772100BC00000BR.

U1R7S72100

U4

SDR

AMJ1

2, J

13: C

AN c

onne

ctor

s

J5, J7: USB connectors

SW

1:D

IP s

witc

h fo

r sys

tem

set

ting


J19: Serial port connector(USB Mini-B)

J17: Serial port connector(D-Sub9)

U26

: TO

SLIN

K co

nnec

tor

SW

5: N

MI s

witc

h

SW

6: IR

Q6

switc

h

SW

8: T

est s

witc

h

SW7:

Tog

gle

switc

h

U28:USB serial conversion IC

X9: L

CD

osc

illato

r (op

tiona

l)

J21, J22:UDI connectors

J25:12V AC adapter jack

J23:12V power supply connector

SW4: Power switch

J15:

MM

C c

ard

slot

J11:

SD

car

d sl

ot

J3: M

OST

I/F

conn

ecto

r

J10:

LAN

con

nect

or

J4: M

ic-in

pin

jack

J6: L

ineo

ut p

in ja

ckU

19: A

udio

CO

DEC

X8:

Aud

io o

scilla

tor

(22.

5792

MH

z)

SW

2:D

IP s

witc

h fo

r I/F

se

tting

U20

: Eth

erne

t PH

Y

X1: EXTAL oscillator (13.33MHz)

X7: Video resonator (27MHz)

X4: RTC oscillator (4MHz)

X2: RTC resonator (32.768kHz)

X5: USB oscillator (48MHz)

X10

: PH

Y o

scill

ator

(25M

Hz)

SW

3:D

IP s

witc

h fo

r PH

Y s

ettin

g

J1:

RC

A co

nnec

tor f

or im

age

inpu

tJ1

6:LV

DS

back

light

con

nect

or

SW

9: R

eset

sw

itch

U2:

NO

R fl

ash

mem

ory

Figure 1.4 RTK772100BC00000BR Parts Layout (Top View of Component Side)


R20UT2596EJ0008 Rev.0.08 1-8 Dec. 19, 2013

U9:NAND flash memory (optional)

CN8: Expansion connector


U5

SD

RA

M

U3: NOR flash memory

J14: LVDS connector

U6: Serial flash memory





CN7:Expansion connector





Figure 1.5 RTK772100BC00000BR Parts Layout (Top View of Solder Side)


R20UT2596EJ0008 Rev.0.08 1-9 Dec. 19, 2013

Table 1.3 and Table 1.4 list the Main Parts of the RTK772100BC00000BR. Table 1.3 RTK772100BC00000BR Main Parts (1) IC

Part Number Part Name Type (Manufacturer) Recommended Optional PartsU1 CPU R7S72100 (Renesas) U2, U3 NOR flash memory S29GL512S10T (Spansion) U4, U5 SDRAM IS42S16320B-75 (ISSI) U6 to U8 Serial flash memory S25FL512SDPM (Spansion) U9 NAND flash memory Optional S34ML04G100TFI (Spansion)U10 EEPROM R1EX24128ASAS0A (Renesas) U19 Audio CODEC WM8978 (Wolfson) U20 Ethernet PHY uPD60610 (Renesas) U21, U24 CAN transceiver HA13721RPJE (Renesas) U27 RS-232C transceiver MAX3222CPW (TI) U28 USB serial conversion IC RL78/G1C-S (Renesas) U30 5V regulator LM20343 (TI) 12V → 5V U32 3.3V regulator LM2833X (TI) 5V → 3.3V U34 1.18V regulator LM2830Z (TI) 5V → 1.18V U35 Vref reference voltage supply LM4132 (TI) 5V → 3.3V U33 Reset IC RNA51957BFP (Renesas) X1 XIN oscillator (socket mounted) SG-8002DC-13.3333MHz (Epson) X2 RTC resonator MC-306 32.768KHz (Epson) X4 RTC oscillator SG8002CA_4MHz (Epson) X5 USB oscillator (socket mounted) SG8002DC_48MHz (Epson) X7 Video recorder resonator FA-128_27MHz (Epson) X8 Audio oscillator (socket mounted) SG8002DC_22.5792MHz (Epson) X9 LCD oscillator (socket mounted) Optional SG-8002DC (Epson) X10 Ethernet PHY oscillator SG8002CA_25MHz (Epson) X11 USB serial conversion IC

resonator

DSX321G_12MHz (KDS)


R20UT2596EJ0008 Rev.0.08 1-10 Dec. 19, 2013

Table 1.4 RTK772100BC00000BR Main Parts (2) Connectors

Part Number Part Name Type (Manufacturer) Recommended Optional PartsCN1, CN4, CN5, CN8

Expansion connectors (20-pin) HIF3FC-20PA-2.54DSA (HRS) CN1 is optional.

CN2, CN3 Expansion connectors (30-pin) HIF3FC-30PA-2.54DSA (HRS) CN3 is optional. CN6, CN9 Expansion connectors (30-pin)

Surface mount type HTSS-115-01-L-DV (Samtec)

CN7 Expansion connectors (34-pin) Surface mount type

HTSS-117-01-L-DV (Samtec)

J1 RCA connector for video input T5857 (EMUDEN) J3 MOST I/F connector QSH-020-01-L-D-DP-A (Samtec) J4 Mic-in pin jack HSJ1456-010320 (Hoshiden) J6 Lineout pin jack HSJ1456-010320 (Hoshiden) J5, J8 USB series A receptacles UBA-4R-D14T-4D (JST) J7, J9 USB Mini-B receptacles Optional 54819-0572 (MOLEX) J10 LAN connector (RJ-45) TLA-6T718 (TDK) J11 SD card slot DM1AA-SF-PEJ (HRS) 4-bit J15 MMC card slot 7SDMM-X0-2211-B (KINGCONN) 8-bit J12, J13 CAN connectors B3P-SHF-1AA (JST) J14 LVDS connector DF14A-20P-1.25H (HRS) J17 Serial port connector XM2C-0942-132L (OMRON) D-sub 9-pin J19 Serial port connector 54819-0572 (MOLEX) USB Mini-B J21 ETM connector (20-pin) FTSH-110-01 (Samtec) CoreSight 20 J22 JTAG connector (20-pin) HIF3FC-20PA-2.54DSA (HRS) ARM JTAG 20 J25 DC power jack LGP6531-0700F (SMK) J24, J26 to J28

External power supply connectors Optional A2-2PA-2.54DSA (HRS)

U26 TOSLINK connector TODX2951 (Toshiba)


R20UT2596EJ0008 Rev.0.08 1-11 Dec. 19, 2013

1.6 Memory Map

Figure 1.6 shows the R7S72100 Memory Map.

Logical address R7S72100 logical space RTK772100BC00000BR

memory map H'0000 0000

CS0 space: 64MB NOR flash memory (64MB)

16 bit bus H'0400 0000

CS1 space: 64MB NOR flash memory (64MB) 16 bit bus

H'0800 0000

CS2 space: 64MB SDRAM (64MB) 16 bit bus

H'0C00 0000

CS3 space: 64MB SDRAM (64MB) 16 bit bus

H'1000 0000

CS4 space: 64MB User area

H'1400 0000

CS5 space: 64MB User area

H'1800 0000

SPI multi I/O bus space 1: 64MB Serial flash memory (64MB)

H'1C00 0000

SPI multi I/O bus space 2: 64MB Serial flash memory (64MB)

H'2000 0000

Large-capacity on-chip RAM (10MB)

H'20A0 0000

Others: 512MB Reserved area

(Unusable)

H'4000 0000

CS0 to CS5 spaces, SPI multi I/O bus space

(Mirror space)

CS0 to CS5 spaces, SPI multi I/O bus space

(Mirror space) H'6000 0000

Large-capacity on-chip RAM (10MB) (Mirror space)

H'60A0 0000

H'FFFF FFFF

Others: 2560MB (Mirror space)

On-chip peripheral module, Reserved area

Figure 1.6 R7S72100 Memory Map


R20UT2596EJ0008 Rev.0.08 1-12 Dec. 19, 2013

1.7 Absolute Maximum Ratings

Table 1.5 lists the RTK772100BC00000BR Absolute Maximum Ratings. Table 1.5 RTK772100BC00000BR Absolute Maximum Ratings

Symbol Item Value Remarks 12Vcc 12V system power supply voltage -0.3V to 15V Vss reference 5Vcc *1 5V system power supply voltage -0.3V to 6.25V Vss reference VBUS *2 VBUS voltage -0.3V to 5.5V Vss reference 3Vcc *3 3.3V system power supply voltage -0.3V to 4.6V Vss reference AVcc *4 Analog 3.3V system power supply

voltage -0.3V to 4.6V AVss reference

1.18Vcc *5 1.18V system power supply voltage -0.3V to 1.7V Vss reference Topr Operating ambient temperature *6 0°C to 50°C Do not expose to condensation or corrosive gases.Tstg Storage ambient temperature *6 -10°C to 60°C Do not expose to condensation or corrosive gases.

[Note] *1 When providing 5V system power supply directly from the external power supply connector. *2 When providing VBUS power supply directly from the external power supply connector. *3 When providing 3.3V system power supply directly from the external power supply connector. *4 When providing analog 3.3V system power supply directly from the external power supply connector. *5 When providing 1.18V system power supply directly from the external power supply connector. *6 The ambient temperature is the air temperature immediate to the board.

1.8 Operating Conditions

Table 1.6 lists the RTK772100BC00000BR Operating Conditions. Table 1.6 RTK772100BC00000BR Operating Conditions

Symbol Item Value Remarks 12Vcc 12V system power supply voltage 10.8V to 13.2V Vss reference 5Vcc *1 5V system power supply voltage 4.5V to 5.5V Vss reference 3Vcc *2 3.3V system power supply voltage 3.0V to 3.6V Vss reference AVcc *3 Analog 3.3V system power supply

voltage 3.0V to 3.6V Vss reference

1.18Vcc *4 1.18V system power supply voltage 1.10V to 1.26V Vss reference - Maximum consumption voltage Up to 3A Total value of 12V, 5V, 3.3V and 1.18V system

power supplies Topr Operating ambient temperature *5 0°C to 40°C Do not expose to condensation or corrosive gases.

[Note] *1 When providing 5V system power supply directly from the external power supply connector. *2 When providing 3.3V system power supply directly from the external power supply connector. *3 When providing analog 3.3V system power supply directly from the external power supply connector. *4 When providing 1.18V system power supply directly from the external power supply connector. *5 The ambient temperature is the air temperature immediate to the board.

R7S72100 CPU board RTK772100BC00000BR (GENMAI) 2. Functional Specification

R20UT2596EJ0008 Rev.0.08 2-1

Dec. 19, 2013

2. Functional Specification

2.1 Functions Overview Table2.1.1 lists the RTK772100BC00000BR Function Modules. Table2.1.1 RTK772100BC00000BR Function Modules

Section Function Description

2.2 CPU • R7S72100 ・Input (XIN) clock: 13.33MHz ・Bus clock: Up to 66.67MHz ・CPU clock: Up to 400MHz

2.3 Memories • On-chip memory ・Large-capacity on-chip RAM: 10MB ・External memory: 128KB NOR flash memory: 64MB×2 ・Spansion S29GL512S10T SDRAM: 64MB×2 ・ISSI IS42S16320B-75 Serial flash memory: 64MB×3 ・Spansion S25FL512SDPM NAND flash memory: Board pattern which enables to implement 512MB ・Spansion S34ML04G100TFI EEPROM: 16KB×1 ・Renesas R1EX24128ASAS0A

2.4 USB Interface • Connection between the R7S72100 USB2.0 host/function module and the USB connector.

2.5 Serial Interface • Connection between the R7S72100 FIFO on-chip serial communication interface (SCIF) and 1) the D-Sub 9 connector, or 2) the USB Mini-B connector.

2.6 I/O Ports • Connection between the R7S72100 I/O ports and the LEDs and DIP switches.

2.7 Interrupt Switches • Connection between the R7S72100 NMI pin, IRQ6 pin and TEST pin and the push switches.

2.8 Clocks • System clock configuration

2.9 Reset Control • Reset control for the device on the RTK772100BC00000BR

2.10 Power Supply • The RTK772100BC00000BR system power supply configuration

2.11 Debug Interface • Connection between the R7S72100 user debug interface and the connectors.

2.12 CAN Interface • Connection between the R7S72100 controller area network (RSCAN) and the CAN transceiver.

2.13 Video Input Interface • Connection between the R7S72100 digital video decoder and the RCA connector. 2.14 Audio Interface • Connection between the R7S72100 and the audio CODEC (WM8978). 2.15 SD Card Interface

(4-bit) • Connection between the R7S72100 SD host interface (SDHI) channel 0 and MMC host

interface (MMCIF) and the SD card slot. 2.16 MMC Card Interface

(8-bit) • Connection between the R7S72100 SD host interface (SDHI) channel 1 and MMC host

interface (MMCIF) and the MMC card slot. 2.17 LAN Interface • Connection between the R7S72100 Ethernet controller (ETHER) and the Ethernet PHY.

2.18 LVDS Interface • Connection between the R7S72100 and the LVDS I/F connector. 2.19 TOSLINK Interface • Connection between the R7S72100 and the TOSLINK connector. 2.20 MOST Interface • Connection between the R7S72100 media local bus (MLB) and the MOST I/F connector.

- Operating specifications

• Connectors, switcheds and LEDs (described in Chapter 3)


R20UT2596EJ0008 Rev.0.08 2-2

Dec. 19, 2013

2.2 CPU

2.2.1 R7S72100 Overview The RTK772100BC00000BR includes a 32-bit RISC microcomputer R7S72100 which runs at a maximum CPU clock frequency of 400MHz.

2.2.2 R7S72100 Pin Functions Table 2.2.1 to Table2.2.11 list the R7S72100 pin functions used in the RTK772100BC00000BR. Table 2.2.1 R7S72100 Pin Functions (1)

Pin No.

Pin Name Function Description Expansion Connector

Remarks

A1 Vss A2 P6_4 / D4 / LCD1_DATA12 /

CRx2 / IRQ3 / RTS5 / RSPCK1 / DV0_DATA20

D4 Data bus CN1-15

A3 P0_3 / MD_CLKS MD_CLKS Connected to DIPSW as a clock selection input

- SW1-5

DV0_DATA12 LCD0_DATA7

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

VIO_D12

Used on option board CN9-28

SPBIO20_0 Connected to serial flash memory 1 A5 P9_6 / LCD1_DATA22 / SPBIO20_0 / SSIWS2 / RTS1 / CS5

LCD1_DATA22 Used on option board CN9-24

SPBSSL_0 Connected to serial flash memroy 1 and 2 JP7: Short A6 P9_3 / LCD1_DATA19 / SPBSSL_0 / TxD1 LCD1_DATA19 Used on option board

CN9-19 JP7: Open

ET_MDC Connected to Ethernet PHY JP4: 2-3 CRx1 Connected to CAN transceiver JP4: 1-2 P5_9 IERxD

A7 P5_9 / WE2/DQMUL / ET_MDC / DV0_VSYNC / IRQ2 / CRx1 / IERxD / LCD1_DATA16

LCD1_DATA16

Used on option board

CN9-16

JP4: Open

A8 Vss TXOUT0P Connected to LCD panel for LVDS - LCD1_DATA6

A9 P5_6 / TXOUT0P / LCD1_DATA6 / LCD0_DATA22 / DV1_DATA6 / TxD6 / IRQ6 / SPDIF_IN / DV0_DATA14

DV1_DATA6 Used on option board CN9-8

TXOUT2P Connected to LCD panel for LVDS - LCD1_DATA2

A10 P5_2 / TXOUT2P / LCD1_DATA2 / LCD0_DATA18 / DV1_DATA2 / SCK3 / TIOC1B / MOSI3


TXCLKOUTP Connected to LCD panel for LVDS - LCD1_DATA0

A11 P5_0 / TXCLKOUTP / LCD1_DATA0 / LCD0_DATA16 / DV1_DATA0 / TxD4 / TIOC0A / RSPCK3


A12 Vss A13 VIN2B Channel 1 input pin 2 of Composit Video,

Blanking,and Sync (CVBS) -

A14 VDAVss A15 VIN2A Channel 0 input pin 2 of Composit Video,

Blanking, and Sync (CVBS) -

A16 P0_2 / MD_CLK MD_CLK Connected to DIPSW as a clock mode input

- SW1-4

: 3.3V systempower supply, : 1.18V system power supply, : GND


R20UT2596EJ0008 Rev.0.08 2-3

Dec. 19, 2013

Table 2.2.2 R7S72100 Pin Functions (2)

Pin No.


Remarks

SCL3 A17 P1_6 / SCL3 / DV1_VSYNC / IERxD / IRQ6 / VIO_D12 / DV0_DATA12

DV1_VSYNC Used on option board CN8-20

A18 P1_3 / SDA1 / DV0_DATA19 / ET_COL / IRQ3 / ADTRG

SDA1 Connected to TH7 CN8-15

A19 P1_0 / SCL0 / DV0_DATA16 / TCLKA / IRQ0 / VIO_VD / DV0_VSYNC

SCL0 Used on option board CN8-14

SPBIO11_0 Connected to serial flash memory 2 A20 P2_13 / D29 / SSL00 / DV0_DATA13 / SPBIO11_0 / CTx3 / SCK0 / LCD1_DATA13 / IRQ7


SPBIO01_0 Connected to serial flash memory 2 A21 P2_12 / D28 / RSPCK0 / DV0_DATA12 / SPBIO01_0 / CRx3 / IRQ6 / LCD1_DATA12 / TIOC1B


A22 Vss B1 Vcc B2 Vss B3 P6_0 / D0 / LCD1_DATA8 /

LRXD0 / DV0_CLK / TIOC1A / IRQ5 / RxD3 / DV0_DATA16

D0 Data bus CN1-20


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

VIO_D14


SPBIO30_0 Connected to serial flash memory 1 B5 P9_7 / LCD1_DATA23 / SPBIO30_0 / SSIDATA2 / TIOC1A


SPBIO00_0 Connected to serial flash memory 1 B6 P9_4 / LCD1_DATA20 / SPBIO00_0 / RxD1 LCD1_DATA20 Used on option board

CN9-22

P5_10 Connected to TH3 CTx1 Connected to CAN transceiver IETxD

B7 P5_10 / WE3/DQMUU/AH / DV0_HSYNC / CTx1 / IETxD / LCD1_DATA17

LCD1_DATA17 Used on option board

CN9-15

CS2 Connected to CS pin of SDRAM 2 B8 P5_8 / LCD0_EXTCLK / IRQ0 / DV1_CLK / DV0_CLK / CS2 LCD0_EXTCLK Used on option board

CN9-11

TXOUT0M Connected to LCD panel for LVDS - LCD1_DATA7

B9 P5_7 / TXOUT0M / LCD1_DATA7 / LCD0_DATA23 / DV1_DATA7 / RxD6 / TIOC0D / SPDIF_OUT / DV0_DATA15


TXOUT2M Connected to LCD panel for LVDS - LCD1_DATA3

B10 P5_3 / TXOUT2M / LCD1_DATA3 / LCD0_DATA19 / DV1_DATA3 / TxD3 / TIOC3C / MISO3


TXCLKOUTM Connected to LCD panel for LVDS - LCD1_DATA1

B11 P5_1 / TXCLKOUTM / LCD1_DATA1 / LCD0_DATA17 / DV1_DATA1 / RxD4 / TIOC0B / SSL30


B12 Vss B13 VIN1B Channel 1 input pin 1 of Composit Video,

Blanking, and Sync (CVBS) -

B14 VDAVcc



R20UT2596EJ0008 Rev.0.08 2-4

Dec. 19, 2013


Pin No.


Remarks

B15 VIN1A Channel 0 input pin 1 of Composit Video, Blanking, and Sync (CVBS)

-

SDA3 B16 P1_7 / SDA3 / DV1_HSYNC / LRXD0 / IRQ7 / VIO_D13 / DV0_DATA13

DV1_HSYNC Used on option board CN8-19

Connected to EEPROM B17 P1_4 / SCL2 / DV0_CLK / CRx1 / IRQ4 / CAN_CLK

SCL2 Used on option board

CN8-18

SCL1 Connected to TH6 B18 P1_2 / SCL1 / DV0_DATA18 / FRB / IRQ2 / LCD1_EXTCLK FRB Connected to NAND flash memory

CN8-16

SPBIO31_0 Connected to serial flash memory 2 B19 P2_15 / D31 / MISO0 / DV0_DATA15 / SPBIO31_0 / CAN_CLK / RxD0 / LCD1_DATA15 / IRQ1


B20 PVcc B21 Vss

ET_RXD2 Connected to Ethernet PHY - SW2-1: ON LTXD0

B22 P2_10 / D26 / ET_RXD2 / DV0_DATA10 / SSIRxD0 / LTXD0 / LCD1_DATA10 / VIO_D10/MOSI4

LCD1_DATA10 Used on option board CN7-34 SW2-1: OFF

C1 P6_5 / D5 / LCD1_DATA13 / CTx2 / SCK5 / SSL10 / DV0_DATA21

D5 Data bus CN1-14

C2 Vcc C3 Vss C4 P6_2 / D2 / LCD1_DATA10 /

LRXD1 / IRQ7 / TCLKA / TIOC2A / RxD2 / DV0_DATA18

D2 Data bus CN1-18


C5 P11_3 / DV0_DATA15 / TIOC4D / LCD0_DATA4 / VIO_D15

VIO_D15



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

VIO_D13


SPBIO10_0 Connected to serial flash memory 1 C7 P9_5 / LCD1_DATA21 / SPBIO10_0 / SSISCK2 / CTS1 / CS4


SPBCLK_0 Connected to serial flash memroy 1 and 2 C8 P9_2 / LCD1_DATA18 / SPBCLK_0 / LTXD0 / SCK1 / A0 LCD1_DATA18 Used on option board

CN9-20

C9 Vss TXOUT1M Connected to LCD panel for LVDS - FCE Connected to NAND flash memory R110:

Mounted LCD1_DATA5

C10 P5_5 / TXOUT1M / LCD1_DATA5 / LCD0_DATA21 / DV1_DATA5 / AUDIO_XOUT / TIOC0C / FCE / DV0_DATA13

DV1_DATA5 Used on option board

CN9-5

TXOUT1P Connected to LCD panel for LVDS - LCD1_DATA4

C11 P5_4 / TXOUT1P / LCD1_DATA4 / LCD0_DATA20 / DV1_DATA4 / RxD3 / TIOC3D / DV0_DATA12


C12 LVDSAPVcc C13 VRM A/D converter BOTTOM reference voltage

pin for video signal input -



R20UT2596EJ0008 Rev.0.08 2-5

Dec. 19, 2013


Pin No.


Remarks

C14 REXT A/D converter reference voltage pin for video signal input

- 22k Ω±1%

C15 Vss Connected to EEPROM SDA2 C16 P1_5 / SDA2 / DV1_CLK / CRx4 /

IRQ5 / VIO_CLK / LCD1_EXTCLK DV1_CLK


C17 P1_1 / SDA0 / DV0_DATA17 / TCLKC / IRQ1 / VIO_HD / DV0_HSYNC

SDA0 Used on option board CN8-13

SPBIO21_0 Connected to serial flash memory 2 C18 P2_14 / D30 / MOSI0 / DV0_DATA14 / SPBIO21_0 / CRx4 / TxD0 / LCD1_DATA14 / IRQ0


C19 PVcc C20 Vss

ET_RXD1 Connected to Ethernet PHY - SW2-1: ON LRXD0

C21 P2_9 / D25 / ET_RXD1 / DV0_DATA9 / SSIWS0 / LRXD0 / LCD1_DATA9 / VIO_D9 / SSL40 LCD1_DATA9

Used on option board CN7-31 SW2-1: OFF

ET_TXD3 Connected to Ethernet PHY - SW2-1: ON C22 P2_7 / D23 / ET_TXD3 / DV0_DATA7 / SSITxD5 / IETxD/RTS1 / VIO_D7 / LCD0_DATA23

SSITxD5 Used on option board CN7-29 SW2-1: OFF

D1 P6_7 / D7 / LCD1_DATA15 / LCD0_TCON6 / RxD5 / MISO1 / DV0_DATA23

D7 Data bus CN1-12

D2 P6_6 / D6 / LCD1_DATA14 / LCD0_TCON5 / TxD5 / MOSI1 / DV0_DATA22

D6 Data bus CN1-13

D3 Vcc D4 Vss D5 P6_3 / D3 / LCD1_DATA11 /

LTXD1 / IRQ2 / CTS5 / TIOC2B / TxD2 / DV0_DATA19

D3 Data bus CN1-17

D6 P6_1 / D1 / LCD1_DATA9 / LTXD0 / IRQ4 / TIOC1B / SSIDATA4 / TxD3 / DV0_DATA17

D1 Data bus CN1-19

D7 PVcc D8 PVcc D9 LVDSPLLVcc

D10 Vss D11 LVDSREFRIN - 5.6k Ω±1% D12 LVDSAPVcc D13 Vcc D14 VRP A/D converter TOP reference voltage pin

for video signal input -

D15 Vss D16 PVcc D17 PVcc D18 PVcc D19 Vss



R20UT2596EJ0008 Rev.0.08 2-6

Dec. 19, 2013

Table2.2.5 R7S72100 Pin Functions (5)

Pin No.


Remarks

ET_RXD0 Connected to Ethernet PHY - SW2-1: ON D20 P2_8 / D24 / ET_RXD0 / DV0_DATA8 /SSISCK0 / LCD0_TCON6 / LCD1_DATA8 / VIO_D8 / RSPCK4



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



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


E1 P6_10 / D10 / DV0_DATA14 / LCD0_TCON5 / RxD0 / LCD0_DATA2 / IRQ2

D10 Data bus CN1-8

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

D9 Data bus CN1-9

E3 P6_8 / D8 / DV0_DATA12 / CAN_CLK / SCK0 / LCD0_DATA0 / IRQ0

D8 Data bus CN1-10

E4 Vcc ET_RXD3 Connected to Ethernet PHY - SW2-1: ON P2_11

E19 P2_11 / D27 / ET_RXD3 / DV0_DATA11 /SSITxD0 / TIOC1A / LCD1_DATA11 / VIO_D11 / MISO4


ET_TXD2 Connected to Ethernet PHY - SW2-1: ON E20 P2_6 / D22 / ET_TXD2 / DV0_DATA6 / SSIRxD5 / RxD1 / VIO_D6 / LCD0_DATA22

SSIRxD5 Used on option board CN7-30 SW2-1: OFF


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


ET_TXD1 Connected to Ethernet PHY - SW2-1: ON E22 P2_5 / D21 / ET_TXD1 / DV0_DATA5 / SSIWS5 / SPBSSL_1 / TxD1 / VIO_D5 / LCD0_DATA21

SSIWS5 Used on option board CN7-27 SW2-1: OFF

F1 P6_14 / D14 / DV0_DATA22 / TxD6 / LCD0_DATA6 / IRQ6

D14 Data bus CN1-3

F2 P6_13 / D13 / DV0_DATA21 / SCK6 / RXD1 / LCD0_DATA5 / IRQ5

D13 Data bus CN1-4

F3 P6_11 / D11 / DV0_DATA15 / LCD0_TCON6 / SCK1 / LCD0_DATA3 / IRQ3

D11 Data bus CN1-7

F4 Vcc ET_TXD0 Connected to Ethernet PHY - SW2-1: ON F19 P2_4 / D20 / ET_TXD0 /

DV0_DATA4 / SSISCK5 / SPBCLK_1 / SCK1 / VIO_D4 / LCD0_DATA20

SSISCK5 Used on option board CN7-28 SW2-1: OFF


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


: 3.3V systempower supply, : 1.18V system power supply, : GND,


R20UT2596EJ0008 Rev.0.08 2-7

Dec. 19, 2013


Pin No.


Remarks

ET_TXEN Connected to Ethernet PHY - SW2-1: ON F21 P2_2 / D18 / ET_TXEN / DV0_DATA2 / SPBIO20_1 / MLB_SIG / TIOC2B / VIO_D2 / LCD0_DATA18

MLB_SIG Connected to MOST I/F connector CN7-26 SW2-1: OFF

SD_D2_0 Connected to SD card slot DAT2 pin LCD1_TCON2

F22 P4_15 / LCD0_DATA23 / LCD1_TCON2 / SD_D2_0 / MMC_D2 / SPBIO31_1 / SSITxD3 / RxD2 / IRQ7

SSITxD3 Used on option board

CN7-19

G1 P11_13 / CTx1 / SSL10 / LCD0_TCON4 / MMC_D5 / LCD0_TCON1

LCD0_TCON1 Used on option board CN2-19

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


G3 P6_15 / D15 / DV0_DATA23 / RxD6 / LCD0_DATA7 / IRQ7

D15 Data bus CN1-2

G4 P6_12 / D12 / DV0_DATA20 / TXD1 / LCD0_DATA4 / IRQ4

D12 Data bus CN1-5

SD_D3_0 Connected to SD card slot G19 P4_14 / LCD0_DATA22 / LCD1_TCON1 / SD_D3_0 / MMC_D3 / SPBIO21_1 / SSIRxD3 / TxD2 / IRQ6


ET_CRS Connected to Ethernet PHY - SW2-1: ON G20 P2_3 / D19 / ET_CRS / DV0_DATA3 / SPBIO30_1 / IERxD / CTS1 / VIO_D3 / LCD0_DATA19

P2_3 Connected to MOST I/F connector (resetcontrol)

CN7-25 SW2-1: OFF

SD_CMD_0 Connected to SD card slot LCD1_TCON0

G21 P4_13 / LCD0_DATA21 / LCD1_TCON0 / SD_CMD_0 / MMC_CMD / SPBIO11_1 / SSIWS3 / RxD1 / IRQ5

SSIWS3 Used on option board

CN7-17

G22 Vss RAS Connected to SDRAM 1 and 2 JP1: Open H1 P7_2 / RAS / DV0_DATA18 /

ET_TXER / RXD4 / CRx2 / SSIWS1 / TIOC0C

CRx2 Connected to CAN transceiver CN2-28

JP1: Short

H2 P7_1 / CS3 / DV0_DATA17 / ET_TXCLK / TXD4 / DV0_CLK / SSISCK1 / TIOC0B

CS3 Connected to SDRAM 2 CN2-29

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


MD_BOOT2 Connected to DIPSW as a boot mode input SW1-3 JP5: 1-2

H4 P7_0 / MD_BOOT2 / CS0 / DV0_DATA16 / ET_MDC / SCK4 / LTXD0 / TIOC0A CS0 Connected to NOR flash memroy 1

CN2-30

JP5: 2-3 SD_D0_0 Connected to SD card slot H19 P4_11 / LCD0_DATA19 /

LCD1_TCON6 / SD_D0_0 / MMC_D0 / SSITxD5 / CTx4 / SCK1 / IRQ3



H20 P10_11 / DV0_DATA7 / TIOC2B / ET_RXD3 / LCD0_DATA12 / VIO_D7 VIO_D7



H21 P10_10 / DV0_DATA6 / TIOC2A / ET_RXD2 / LCD0_DATA13 / VIO_D6 VIO_D6




R20UT2596EJ0008 Rev.0.08 2-8

Dec. 19, 2013


Pin No.


Remarks

SD_CLK_0 Connected to SD card slot LCD1_CLK

H22 P4_12 / LCD0_DATA20 / LCD1_CLK / SD_CLK_0 / MMC_CLK / SPBIO10_1 / SSISCK3 / TxD1 / IRQ4

SSISCK3 Used on option board

CN7-18

RD/WR Connected to SDRAM 1 and 2 J1 P7_5 / RD/WR / DV0_DATA21 / ET_TXD1 / RXD7 / SSISCK2 / TIOC1B

RxD7 Used on option board CN2-25

CKE Connected to SDRAM 1 and 2 J2 P7_4 / CKE / DV0_DATA20 / ET_TXD0 / TXD7 / SSITxD1 / TIOC1A

TxD7 Used on option board CN2-26

CAS Connected to SDRAM 1 and 2 J3 P7_3 / CAS / DV0_DATA19 / ET_TXEN / SCK7 / CTx2 / SSIRxD1 / TIOC0D

CTx2 Connected to CAN transceiver CN2-27

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

LCD0_CLK Used on option board CN2-17

J9 Vss J10 Vss J11 Vss J12 Vss J13 Vss J14 Vss J19 Vcc


J20 P10_9 / DV0_DATA5 / TIOC1B / ET_RXD1 / LCD0_DATA14 / VIO_D5 VIO_D5



J21 P10_8 / DV0_DATA4 / TIOC1A / ET_RXD0 / LCD0_DATA15 / VIO_D4 VIO_D4


SD_D1_0 Connected to SD card slot J22 P4_10 / LCD0_DATA18 / LCD1_TCON5 / SD_D1_0 / MMC_D1 / SSIRxD5 / RxD0 / IRQ2


K1 P7_9 / A1 / SSIWS3 / ET_RXD0 / CTx0 / TIOC3B / IRQ0

A1 Address bus CN3-30

Connected to SDRAM 1 and 2 WE1/DQMLU Connected to NOR flash memory 1 and 2

K2 P7_7 / WE1/DQMLU / DV0_DATA23 / ET_TXD3 / RTS7 / SSIDATA2 / TIOC2B RTS7 Used on option board

CN2-23

WE0/DQMLL Connected to SDRAM 1 and 2 K3 P7_6 / WE0/DQMLL / DV0_DATA22 / ET_TXD2 / CTS7 / SSIWS2 / TIOC2A

CTS7 Used on option board CN2-24

RD Connected to NOR flash memory 1 and 2 K4 P7_8 / RD / SSISCK3 / CRx0 / TIOC3A / IRQ1 P7_8 Used on option board

CN2-22

K9 Vss K10 Vss K11 Vss K12 Vss K13 Vss K14 Vss K19 Vcc



R20UT2596EJ0008 Rev.0.08 2-9

Dec. 19, 2013


Pin No.


Remarks

SD_CD_0 Connected to SD card slot K20 P4_8 / LCD0_DATA16 / LCD1_TCON3 / SD_CD_0 / MMC_CD / SSISCK5 / CTx2 / SCK0 / IRQ0


SD_WP_0 Connected to SD card slot K21 P4_9 / LCD0_DATA17 / LCD1_TCON4 / SD_WP_0 / SSIWS5 / CRx2 / TxD0 / IRQ1


ET_TXER Connected to Ethernet PHY - SW2-1: ON K22 P2_1 / D17 / ET_TXER / DV0_DATA1 / SPBIO10_1 / MLB_DAT / TIOC2A / VIO_D1 / LCD0_DATA17

MLB_DAT Connected to MOST I/F connector CN7-23 SW2-1: OFF

DV0_DATA17 SSIWS4

L1 P11_5 / DV0_DATA17 / SD_WP_0 / SSIWS4 / LCD0_DATA2 LCD0_DATA2


L2 P7_11 / A3 / SSITxD3 / ET_RXD2 / CRx1 / TIOC3D / IRQ3


L3 P7_10 / A2 / SSIRxD3 / ET_RXD1 / CTx1 / TIOC3C / IRQ2


DV0_DATA16 SSISCK4

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


L9 Vss L10 Vss L11 Vss L12 Vss L13 Vss L14 Vss L19 PVcc

SSITxD0 Connected to audio CODEC (WM8978) - SW2-2: ON L20 P4_7 / LCD0_DATA15 / MISO1 / TIOC4D / PWM2H / SSITxD0 / DV0_DATA15

CN6-29 SW2-2: OFF

ET_TXCLK Connected to Ethernet PHY - SW2-1: ON L21 P2_0 / D16 / ET_TXCLK / DV0_DATA0 / SPBIO00_1 / MLB_CLK / IRQ5 / VIO_D0 / LCD0_DATA16

MLB_CLK Connected to MOST I/F connector CN7-24 SW2-1: OFF

SSIRxD0 Connected to audio CODEC (WM8978) - SW2-2: ON L22 P4_6 / LCD0_DATA14 / MOSI1 / TIOC4C / PWM2G / SSIRxD0 / DV0_DATA14

CN6-30 SW2-2: OFF

M1 P7_12 / A4 / SSISCK4 / ET_RXD3 / TIOC4A / IRQ4


DV0_DATA18 SSIDATA4

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


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


M4 Vcc M9 Vss

M10 Vss M11 Vss



R20UT2596EJ0008 Rev.0.08 2-10

Dec. 19, 2013


Pin No.


Remarks

M12 Vss M13 Vss M14 Vss M19 PVcc

SSIWS0 Connected to audio CODEC (WM8978) - SW2-2: ON M20 P4_5 / LCD0_DATA13 / SSL10 / TIOC4B / PWM2F / SSIWS0 / DV0_DATA13

CN6-27 SW2-2: OFF

SSISCK0 Connected to audio CODEC (WM8978) - SW2-2: ON M21 P4_4 / LCD0_DATA12 / RSPCK1 / TIOC4A / PWM2E / SSISCK0 / DV0_DATA12

CN6-28 SW2-2: OFF


M22 P10_7 / DV0_DATA3 / TIOC0D / PWM2H / ET_TXD3 / LCD0_DATA16 / VIO_D3 VIO_D3


N1 P7_13 / A5 / SSIWS4 / ET_MDIO / TIOC4B / IRQ5


N2 P7_14 / A6 / SSIDATA4 / ET_CRS / TIOC4C / IRQ6


N3 P7_15 / A7 / RSPCK0 / ET_RXCLK / CTS5 / SCI_TXD0 / TIOC4D


N4 PVcc N9 Vss

N10 Vss N11 Vss N12 Vss N13 Vss N14 Vss


N19 P10_4 / DV0_DATA0 / TIOC0A / PWM2E / ET_TXD0 / LCD0_DATA19 / VIO_D0 VIO_D0



N20 P10_5 / DV0_DATA1 / TIOC0B / PWM2F / ET_TXD1 / LCD0_DATA18 / VIO_D1 VIO_D1



N21 P10_6 / DV0_DATA2 / TIOC0C / PWM2G / ET_TXD2 / LCD0_DATA17 / VIO_D2 VIO_D2


FWE Connected to NAND flash memory MMC_D7 Connected to MMC card slot

Connected to audio CODEC (WM8978)

N22 P4_3 / LCD0_DATA11 / TIOC0D / FWE / CTx3 / RxD2 / MISO4 / MMC_D7 MISO4


CN6-17

P1 P8_0 / A8 / SSL00 / ET_RXER / SCK5 / SCI_SCK0


P2 P8_1 / A9 / MOSI0 / ET_RXDV / TXD5 / SCI_RXD0


P3 P8_2 / A10 / MISO0 / RXD5 / IRQ0


P4 PVcc P9 Vss

P10 Vss P11 Vss P12 Vss P13 Vss



R20UT2596EJ0008 Rev.0.08 2-11

Dec. 19, 2013


Pin No.


Remarks

P14 Vss P19 Vss

FRE Connected to NAND flash memory MMC_D4 Connected to MMC card slot


P20 P4_0 / LCD0_DATA8 / TIOC0A / FRE / RSPCK4 / MMC_D4

RSPCK4 Used on option board

CN6-16

FALE Connected to NAND flash memory MMC_D6 Connected to MMC card slot


P21 P4_2 / LCD0_DATA10 / TIOC0C / FALE / CRx3 / TxD2 / MOSI4 / MMC_D6 MOSI4


CN6-18

FCLE Connected to NAND flash memory MMC_D5 Connected to MMC card slot

JP10: Open P22 P4_1 / LCD0_DATA9 / TIOC0B / FCLE / SCK2 / SSL40 / MMC_D5

SSL40 Connected to audio CODEC (WM8978)

CN6-15

JP10: Short R1 P8_3 / A11 / DV1_DATA0 /

RSPCK2 / RTS5 / IRQ1 / SCK2 A11 Address bus CN3-19

R2 P8_4 / A12 / DV1_DATA1 / SSL20 / IERxD / RxD2


R3 P8_5 / A13 / DV1_DATA2 / MOSI2


R4 Vcc R19 Vcc

NAF7 Connected to NAND flash memory SD_D2_1

R20 P3_15 / LCD0_DATA7 / NAF7 / TRACECTL / SD_D2_1 / MMC_D2 MMC_D2

Connected to MMC card slot CN6-11

NAF6 Connected to NAND flash memory SD_D3_1 MMC_D3

Connected to MMC card slot R21 P3_14 / LCD0_DATA6 / NAF6 /

TRACECLK / SD_D3_1 / MMC_D3

TRACECLK Connected to UDI connector

CN6-12

NAF5 Connected to NAND flash memory SD_CMD_1

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

Connected to MMC card slot CN6-9

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


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


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


T4 Vcc T19 Vcc


Connected to MMC card slot T20 P3_10 / LCD0_DATA2 / NAF2 /

TRACEDATA2 / TIOC4C / SD_D1_1 / MMC_D1

TRACEDATA2 Connected to UDI connector

CN6-4


Connected to MMC card slot T21 P3_11 / LCD0_DATA3 / NAF3 /

TRACEDATA3 / TIOC4D / SD_D0_1 / MMC_D


CN6-3



R20UT2596EJ0008 Rev.0.08 2-12

Dec. 19, 2013


Pin No.


Remarks

NAF4 Connected to NAND flash memory SD_CLK_1

T22 P3_12 / LCD0_DATA4 / NAF4 / SD_CLK_1 / MMC_CLK

MMC_CLK Connected to MMC card slot

CN6-10

U1 Vss U2 P8_6 / A14 / DV1_DATA3 /

MISO2 / IETxD / TxD2 A14 Address bus CN3-16

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


U4 P8_7 / A15 / DV1_DATA4 / AUDIO_XOUT / IRQ5 / ET_COL


U19 Vcc U20 JP0_1 / TDO TD0 Test data output - U21 TCK Test clock - U22 Vss V1 CKIO Connected to SDRAM 1 and 2 CN2-2

A16 Address bus JP2: 1-2 V2 P8_8 / A16 / DV1_DATA5 / SPBIO00_1 / SPDIF_IN / TIOC1A / PWM1A / TxD3 / SSISCK5

SPDIF_IN Connected to TOSLINK connector CN3-14

JP2: 2-3

A17 Address bus V3 P8_9 / A17 / DV1_DATA6 / SPBIO10_1 / SPDIF_OUT / TIOC1B / PWM1B / RxD3 / SSIWS5

SPDIF_OUT Connected to TOSLINK connector CN3-12

A21 Address bus JP8: Open V4 P8_13 / A21 / SPBSSL_1 / TIOC3D / TXD5 / PWM1F / SGOUT_3 / SSIWS4

SPBSSL_1 Connected to serial flash memory 3 CN3-8

JP8: Short

NAF0 Connected to NAND flash memory SD_CD_1 MMC_CD

Connected to MMC card slot V19 P3_8 / LCD0_DATA0 / NAF0 /

TRACEDATA0 / TIOC4A / SD_CD_1 / MMC_CD


CN6-2

V20 TRST# Initialization signal input pin - V21 JP0_0 / TDI TDI Test data input -

V22 TMS Test mode select -

W1 Vss A18 Address bus W2 P8_10 / A18 / DV1_DATA7 /

SPBIO20_1 / TIOC3A / CTx4 / PWM1C / SGOUT_0 / SSITxD5

SPBIO20_1 Connected to serial flash memory 3 CN3-11

A19 Address bus W3 P8_11 / A19 / SPBIO30_1 / TIOC3B / RxD5 / PWM1D / SGOUT_1 / DV0_CLK


W4 PVcc W5 PVcc W6 PVcc W7 Vss W8 Vss W9 Vcc

W10 Vcc W11 Vss W12 PVcc W13 PVcc W14 PLLVcc



R20UT2596EJ0008 Rev.0.08 2-13

Dec. 19, 2013


Pin No.


Remarks

W15 Vss W16 Vss W17 AVss CN5-13, 14 W18 AVcc CN5-9, 10 W19 PVcc

NAF1 Connected to NAND flash memory SD_WP_1 Connected to MMC card slot

W20 P3_9 / LCD0_DATA1 / NAF1 / TRACEDATA1 / TIOC4B / SD_WP_1 / IRQ6 TRACEDATA1 Connected to UDI connector

CN6-1

W21 AUDIO_X2 Open - W22 AUDIO_X1 Connected to audio external clock - 22.5792MHz

A20 Address bus Y1 P8_12 / A20 / SPBCLK_1 / TIOC3C / SCK5 / PWM1E / SGOUT_2 / SSISCK4

SPBCLK_1 Connected to serial flash memory 3 CN3-9

A22 Address bus Y2 P8_14 / A22 / SPBIO01_0 / SPBIO00_1 / TIOC2A / RSPCK2 / PWM1G / TxD4 / SSIDATA4


Y3 PVcc LCD1_EXTCLK Connected to external clock for LCD panel Empty socket

JP6: 1-2 Y4 P3_7 / LCD0_TCON6 / SSITxD1 /

LCD1_EXTCLK / SCI_CTS0/RTS0 / TIOC3D / CS1 / WDTOVF

CS1 Connected to NOR flash memory 2

CN4-13

JP6: 2-3

ET_RXCLK Connected to Ethernet PHY - SW2-1: ON SSISCK1

SCI_SCK0

Y5 P3_4 / LCD0_TCON3 / ET_RXCLK / SSISCK1 / AUDIO_XOUT2 / SCI_SCK0 / TIOC3A / SCK3 SCK3


DV0_HSYNC LCD0_DATA21

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


Connected to D-sub 9-pin connector via RS-232C transceiver

JP12: 1-2 Y7 P3_2 / LCD0_TCON1 / ET_TXEN / RxD2 / SCI_RXD1 / TEND0 / PWM2C / MOSI3

RxD2

Connected to USB mini-B connector via USB serial conversion IC

CN4-8

JP12: 2-3

Y8 RES# Connected to reset input switch CN4-2 Y9 NMI Connected to non-maskable interrupt

switch CN4-1

Y10 Vss Y11 VBUSIN1 USB channel 1VBUS input - JP11 Y12 VBUSIN0 USB channel 0VBUS input CN5-17, 18 JP9 Y13 USBAVcc Transceiver analog core power supply Y14 Vss Y15 P0_0 / MD_BOOT0 MD_BOOT0 Connected to DIPSW as a boot mode input - SW1-1 Y16 P0_1 / MD_BOOT1 MD_BOOT1 Connected to DIPSW as a boot mode input - SW1-2 Y17 P1_10 / AN2 / IRQ4 / TCLKB AN2 Used on option board CN5-16 Y18 P1_13 / AN5 / DV0_HSYNC /

WAIT P1_13 Used on option board CN5-11

Y19 P1_15 / AN7 P1_15 Connected to Ethernet PHY (INT / GPIO4) CN5-7 Y20 PVcc Y21 VIDEO_X2 Open - Y22 VIDEO_X1 Connects external clock for video decoder - 27MHz

A23 Address bus AA1 P8_15 / A23 / SPBIO11_0 / SPBIO10_1 / TIOC2B / SSL20 / PWM1H / RxD4


AA2 PVcc



R20UT2596EJ0008 Rev.0.08 2-14

Dec. 19, 2013


Pin No.


Remarks

AA3 P9_1 / A25 / SPBIO31_0 / CRx0 / IRQ0 / MISO2


ET_RXER Connected to Ethernet PHY - SW2-1: ON SSIWS1

SCI_TXD0

AA4 P3_5 / LCD0_TCON4 / ET_RXER / SSIWS1 / AUDIO_XOUT3 / SCI_TXD0 / TIOC3B / TxD3 TxD3


DV0_VSYNC LCD0_DATA22

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


ET_MDIO Connected to Ethernet PHY - SW2-1: ON AA6 P3_3 / LCD0_TCON2 / ET_MDIO / IRQ4 / BS / SCI_CTS1 / RTS1 / DACK0 / PWM2D / MISO3

P3_3 Used on option board CN4-7 SW2-1: OFF

Connected to interrupt switch - JP3: 1-2 IRQ6 AA7 P3_1 / LCD0_TCON0 / ET_TXER / IRQ6 / TxD2 / SCI_TXD1 / AUDIO_CLK / PWM2B / SSL30

AUDIO_CLK Used on option board CN4-5 JP3: 2-3

AA8 RTC_X2 Connects RTC resonator - 32.768KHz AA9 P0_5 / RTC_X4 RTC_X4 Open - AA10 Vss AA11 DM_1 USB channel 1 differential signal D- data - AA12 DP_0 USB channel 0 differential sibnal D+ data - AA13 REFRIN Reference input - 5.6k Ω±1% AA14 Vss AA15 USB_X2 Open - AA16 XTAL Open - AA17 P1_8 / AN0 / IRQ2 / DREQ0 /

VIO_D14 / DV0_DATA14 AN0 Used on option board CN5-20

AA18 P1_11 / AN3 / IRQ5 / TCLKD AN3 Used on option board CN5-15 AA19 P1_14 / AN6 / ET_COL ET_COL Connected to Ethernet PHY CN5-8 AA20 AVcc CN5-9, 10 AA21 PVcc AA22 BSCANP Connected to DIPSW as a pin for boundary

scan mode setting - SW2-3

AB1 PVcc AB2 P9_0 / A24 / SPBIO21_0 / CTx0 /

TCLKC / MOSI2 A24 Address bus CN3-5

ET_RXDV Connected to Ethernet PHY - SW2-1: ON SSIRxD1

SCI_RXD0

AB3 P3_6 / LCD0_TCON5 / ET_RXDV / SSIRxD1 / SCI_RXD0 / TIOC3C / RxD3

RxD3


DV0_CLK LCD0_DATA23

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


LCD0_DATA20 AB5 P10_3 / TCLKD / PWM2D / ET_CRS / LCD0_DATA20 / VIO_FLD

P10_3 Used on option board CN4-17

Connected to D-sub 9-pin via RS-232C transceiver

JP13: 1-2 AB6 P3_0 / LCD0_CLK / ET_TXCLK / IRQ2 / SCK2 / SCI_SCK1 / TxD2 / PWM2A / RSPCK3

TxD2

Connected to USB mini-B connector via USB serial conversion IC

CN4-6

JP13: 2-3

AB7 Vss



R20UT2596EJ0008 Rev.0.08 2-15

Dec. 19, 2013


Pin No.


Remarks

AB8 RTC_X1 Conntects RTC resonator - 32.768KHz AB9 P0_4 / RTC_X3 RTC_X3 Connects RTC external clock - 4MHz AB10 Vss AB11 DP_1 USB channel 1 differential signal D+ data - AB12 DM_0 USB channel 0 differential signal D- data - AB13 Vss AB14 USBAPVcc Transceiver analog pin power supply AB15 USB_X1 Connects USB external clock - 48MHz AB16 EXTAL Connects crystal resonator as a system

clock source - 13.33MHz

AB17 Vss AB18 P1_9 / AN1 / IRQ3 / VIO_D15 /

DV0_DATA15 AN1 Used on option board CN5-19

AB19 P1_12 / AN4 / DV0_VSYNC / VIO_FLD

P1_12 Used on option board CN5-12

AB20 AVss CN5-13, 14 AB21 AVref ADC analog reference voltage AB22 Vss



R20UT2596EJ0008 Rev.0.08 2-16

Dec. 19, 2013

2.2.3 RTK772100BC00000BR Module Applicability Table2.2.15 lists the RTK772100BC00000BR Module Applicability. The symbol of "Y" in the table indicates that both modules can be used in combination, and the "N" indicates that combination use is not applicable. Table2.2.15 RTK772100BC00000BR Module Applicability

R7S72100PeripheralFunction

Part No. Module Name

NO

R fl

ash

mem

ory

1 N

OR

flas

h m

emor

y 2

SD

RAM

1 S

DR

AM2

Ser

ial f

lash

mem

ory

1 an

d 2

Ser

ial f

lash

mem

ory

3 N

AND

flas

h m

emor

y E

EPR

OM

USB

Eth

erne

t V

ideo

inpu

t L

CD

out

put

Aud

io C

OD

EC C

AN1

CAN

2 S

D c

ard

slot

MM

C c

ard

slot

LVD

S o

utpu

t T

OSL

INK

MO

ST C

oreS

ight

20

AR

M J

TAG

20

IRQ

6 sw

itch

Ser

ial p

ort

BSC U2 NOR flash memory 1(connected with CS0) Y Y Y Y N Y Y Y Y Y Y Y Y Y Y Y Y N Y Y Y Y Y

BSC U3 NOR flash memory 2(connected with CS1) Y Y Y Y N Y Y Y Y Y *1 Y Y Y Y Y Y N Y Y Y Y Y

BSC U4 SDRAM1 (connected with CS2) Y Y Y Y Y Y Y Y Y Y Y Y Y N Y Y Y Y Y Y Y Y YBSC U5 SDRAM2 (connected with CS3) Y Y Y Y Y Y Y Y Y Y Y Y Y N Y Y Y Y Y Y Y Y Y

SPIBSC U6, U7 Serial flash memory 1 and 2(connected with SPIBSC0) Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y

SPIBSC U8 Serial flash memory 3(connected with SPIBSC1) N N Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y

FLCTL U9 NAND flash memory Y Y Y Y Y Y Y Y Y Y Y N Y Y Y N N Y Y N Y Y YRIIC U10 EEPROM Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y YUSB J5, J8 USB Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y YETHER U20 Ethernet Y Y Y Y Y Y Y Y Y Y Y Y N Y Y Y Y Y N Y Y Y YDVDEC J1 Video input Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y YVDC5 X9 LCD output (LCD1_EXTCLK) Y *1 Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y YSSIF, RSPI U19 Audio CODEC Y Y Y Y Y Y N Y Y Y Y Y Y Y Y N Y Y Y Y Y Y YRSCAN U21 CAN1 Y Y Y Y Y Y Y Y Y N Y Y Y Y Y Y Y Y Y Y Y Y YRSCAN U24 CAN2 Y Y N N Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y YSDHI0,MMCIF J11 SD card slot (4-bit) Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y

SDHI1,MMCIF J15 MMC card slot (8-bit) Y Y Y Y Y Y N Y Y Y Y Y N Y Y Y Y Y Y N Y Y Y

LVDS J14 LVDS output Y Y Y Y Y Y N Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y YRSPDIF U26 TOSLINK N N Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y YMLB J3 MOST Y Y Y Y Y Y Y Y Y N Y Y Y Y Y Y Y Y Y Y Y Y YUDI J21 CoreSight 20 Y Y Y Y Y Y N Y Y Y Y Y Y Y Y Y N Y Y Y N Y YUDI J22 ARM JTAG 20 Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y N Y YINTC SW6 IRQ6 switch Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y YSCIF J17, J19 Serial port Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y

*1: P3_7 / CS1 / LCD1_EXTCLK is a common terminal. When LCD1_EXTCLK is not used, it may be used in combination.

RTK772100BC00000BR

RTK

7721

00BC

0000

0BR


R20UT2596EJ0008 Rev.0.08 2-17

Dec. 19, 2013

2.3 Memories The RTK772100BC00000BR includes NOR flash memory, SDRAM, serial memory and EEPROM as external memories other than the R7S72100 on-chip RAM. The details are described as follows.

2.3.1 R7S72100 On-Chip RAM The R7S72100 includes a 2MB high-speed RAM with high-speed access, a 10MB large-capacity on-chip RAM, and a 128KB data-retention RAM as on-chip memories.

2.3.2 NOR Flash Memory Interface The RTK772100BC00000BR generally includes two NOR flash memories (listed in Table2.3.1) to store the user program. The NOR flash memories are controlled by the bus state controller (BSC) which is embedded in the R7S72100. The NOR flash memories and the BSC are connected by 16-bit bus width. The R7S72100 address pins (A23 to A18) are in common with the SPI multi I/O interface (SPIBSC) channel 1 pin. When applying the NOR flash memories, the serial flash memory 3 cannot be used. JP8 should be disconnected. The R7S72100 address pin (A16) is in common with the Renesasn SPDIF interface (RSPDIF) pin. When applying the NOR flash memories, the TOSLINK connector cannot be used. Figure 2.3.1 shows the NOR Flash Memory Block Diagram, and Table2.3.2 lists the JP2, JP5, JP6 and JP8 Function Settings. Table2.3.1 NOR Flash Memory Overview

NOR No. Bus Size Capacity Access Time S29GL512S10T 16 bits 64MB (16 bits×32M words) 100ns


R20UT2596EJ0008 Rev.0.08 2-18

Dec. 19, 2013

R7S72100 (U1) NOR flash memory 1 (U2)

16

A24-A20

DQ15-DQ0P6_15-P6_0 / D15-D0

3.3V

P7_8 / RD#

P7_6 / WE0# / DQMLL NC

CE#

OE#

WE# RY/BY#

RESET# RES#WP#

Note: Letters in Red indicate functions in use.

P9_1-0 & P8_15-13 / A25-A21

A19-A16

P7_0 / MD_BOOT2 / CS0#

3.3V

213

JP5

3.3V

DIP SW1-3

5

4

P3_7 / LCD1_EXTCLK / CS1#

NOR flash memory 2 (U3)

A24-A20, A15

DQ15-DQ0

3.3V

3.3V

NC

CE#

OE#

WE# RY/BY#

RESET# RES#WP#

A19-A16, A14-A0

3.3V

3.3V

213

JP6

CLKSocket（X9）

: Optional

A17: To TOSLINK connector1

A23-A18: To serial flash memory 36

To expansion connectors45

JP8A21 SPBSSL_1

231

JP2

P8_8 / A16 / SPDIF_IN

P8_7-0 & P7_15-9 / A15-A1

P8_12-9 / A20-A17

To TOSLINK connectorA15

A14-A015

Figure 2.3.1 NOR Flash Memory Block Diagram

Table2.3.2 JP2, JP5, JP6 and JP8 Function Settings

Jumper 1-2 2-3 or Open

JP2 Use P8_8 as A16 output pin (initial setting) Use P8_8 as SPDIF_IN input pin JP5 Use P7_0 as MD_BOOT2 input pin Use P7_0 as CS0 output pin (initial setting) JP6 Use P3_7 as LCD1_EXTCLK input pin Use P3_7 as CS1 output pin (initial setting) JP8 Use P8_13 as SPBSSL_1 output pin Use P8_13 as A21 output pin (initial setting)

indicates setting function.


R20UT2596EJ0008 Rev.0.08 2-19

Dec. 19, 2013

Figure2.3.2 shows the Esample of NOR Flash Memory Write/Read Access Timing, and Table2.3.3 lists the Setting for Bus State Controller (NOR Flash Memory Writing/Reading) when the R7S72100 bus block runs at 66.67MHz.

[Write/Read Timing]

Write1 Write2 Read1

DATA DATA DATA

tDFtDF

tAACtCE

tOEtWDH1

tWDD1tWDH1

tWDD1

tWED1tWED1tWED1tWED1

tRSDtRSD

tCSD1tCSD1

tCSD1tCSD1

tCSD1tCSD1

tAD1tAD1tAD1

tAD1tAD1tAD1

tRDH1tRDS1tDHtDS

tDHtDS

tOEHtCH

tWP

tAHtAS

tWPH tWPtWPHtCH

tWP

tAHtAStCS

tWP

tRCtRCtWCtWC

T1T2Tw4T1 Tw1 Tw2 Tw1 Tw2 T2 T1 Tw1 Tw2 Tw3 T2Tf Tf Taw1Taw1Th Th Th TfTw4Tw3 Tw3 Tw4 Tw5Tw5 Tw5 Tw6Tw6 Tw6

CKIO

A25-A1

CSn#

RD#

WE0#

D15-D0

Figure2.3.2 Esample of NOR Flash Memory Write/Read Access Timing

Table2.3.3 Setting for Bus State Controller (NOR Flash Memory Writing/Reading)

User Area Target Device Setting for Bus State Controller

CS0 CS1

S29GL512S10T CSn space bus control register (CSnBCR) (n=0, 1): Initial value: H'36DB 0C00 (in boot mode 0) Recommended setting value: H'1000 0C00

• Idle specification between write-read/write-write cycles: IWW[2:0] = B'001; insert 1 address cycle

• Idle specification between different space read-write cycles: IWRWD[2:0] = B'000; No idle cycle

• Idle specification between identical space read-write cycles: IWRWS[2:0] = B'000; No idle cycle

• Data bus width specification: BSZ[1:0] = B'10; 16-bit bus width

CSn space wait control register (CSnWCR) (n=0, 1): Initial value: H'0000 0500 Recommended setting value: H'0000 0B40

• Address, CSn# assert → RD#, WEn# assert delay cycle counts: SW[1:0] = B'01; 1.5 cycles

• Access wait cycle counts: WR[3:0] = B'0110; 6 cycles

• External wait mask specification: WM = B'1; Ignore external wait input

• RD#, WEn# negate → Address, CSn# negate delay cycle counts: HW[1:0] = B'00; 0.5 cycles


R20UT2596EJ0008 Rev.0.08 2-20

Dec. 19, 2013

2.3.3 SDRAM Interface The RTK772100BC00000BR generally includes two SDRAMs (listed in Table 2.2.4) as external SDRAM. The SDRAMs are controlled by the bus state controller (BSC) which is embedded in the R7S72100. The SDRAMs and the BSC are connected by 16-bit width. The RAS output pin is in common with the CRx2 input pin, and therefore JP1 must be set when using the SDRAMs. Figure2.3.3 shows the SDRAM Block Diagram, and Table2.3.5 lists the JP1 Function Setting. Table2.3.4 SDRAM Overview

Spec. Contents

Part number IS42S16320B-75 Composition 64MB (8M words×16 bits×4 banks)×2 Capacity 64MB Access time 7.5ns CAS latency 2 (system clock:66.67MHz) Refresh interval 8192 refresh cycles every 64 ms Low address A12-A0 Column address A9-A0 Bank counts 4-bank operation controlled by BA0 and BA1


R20UT2596EJ0008 Rev.0.08 2-21

Dec. 19, 2013

D15-0, A15-1, WE0: To NOR flash memories

SDRAM1 (U4)R7S72100 (U1)

16DQ15-DQ4P6_15-P6_0 / D15-D0

P7_1 / CS3#

P7_2 / CRx2 / RAS#

P7_3 / CTx2 / CAS#

P7_4 / CKE

A6-A0

RAS#

CAS#

CKE

CS#

CKIO

P7_5 / RD/WR#

P7_6 / WE0# / DQMLL

P7_7 / WE1#/DQMLU

CLK

WE#

LDQM

UDQM


P8_5-P8_0 / A13-A8

P7_15-P7_9 / A7-A1

BA1-BA0


: Optional

32

JP1

P8_7-P8_6 / A15-A14

A12-A7

2

6

7

SDRAM2 (U5)

DQ15-DQ4

A6-A0

RAS#

CAS#

CKE

CS#

CLK

WE#

LDQM

UDQM

BA1-BA0

A12-A7

3.3V

3.3V

3.3V

3.3V

3.3V

3.3V

3.3V

P5_8 / CS2#

To CAN transceiver2

3.3V

Figure2.3.3 SDRAM Block Diagram


R20UT2596EJ0008 Rev.0.08 2-22

Dec. 19, 2013

Table2.3.5 JP1 Function Setting

Jumper 1-2 (Short) None (Open)

JP1 Use P7_2 as CRx2 input pin Use P7_2 as RAS output pin (initial setting)

indicates setting function. Figure2.3.4 shows the Example of SDRAM Single Read/Write Timing, and Table2.3.6 lists the Setting for Bus State Controller (SDRAM Reading/Writing) when the R7S72100 bus clock runs at a frequency of 66.67MHz.

SDRAM SINGLE READ SDRAM SINGLE WRITE

DatatWDH2

tWDD2tOHZ

tOHtAC

tLZ

tAD1tAD1tAD1tAD1tAD1tAD1



tDQMD1tDQMD1tDQMD1tDQMD1

tRWD1tRWD1

tCASD1tCASD1

tCASD1tCASD1

tRASD1tRASD1

tRASD1

tRASD1

tCSD1tCSD1tCSD1tCSD1

tHItSItRDH2

tRDS2

tHItSI

tHItSI

tHItSI

tHItSI

tDAL

tRPtRC

tRPtRAStDPL

tDALtDPLtRCD

tRCtRP tRAS

tRC

tRCDtRAS tRP

tRCtRAS

ACT READA ACT WRITEA ACTTr Trw1 Tc1 Tcw Td1 Tde Tr Trw1 Tc1 Trw11 Trw12 TrTap TapTrw2 Trw2

CKIO

CKE

CSn#

RAS#

CAS#

RD/WR#

DQMLU-LL

A13-A1(A12-A0)

A11(A10/AP)

15,A14(BA1,0)

D15-0

Figure2.3.4 Example of SDRAM Single Read/Write Timing


R20UT2596EJ0008 Rev.0.08 2-23

Dec. 19, 2013

Table2.3.6 Setting for Bus State Controller (SDRAM Reading/Writing)

User Area Target Device Setting for Bus State Controller

CS2 CS3

IS42S16320B-75 CSn space bus control register (CSnBCR) (n=2, 3): Initial value: H'36DB 0C00 Recommended setting value: H'0000 4C00

• Memory specification: TYPE[2:0] = B'100; SDRAM

• Data bus width specification: BSZ[1:0] = B'10; 16-bit bus width

CSn space wait control regisiter (CSnWCR) (n=2, 3): Initial value: H'0000 0500 Recommended setting value: H'0000 0480 (CS2), H'0000 2492 (CS3)

• Wait cycle counts for precharge completion: WTRP[1:0] = B'01; 1 cycle

• ACTV command → Wait cycle counts between READ(A)/WRITE(A) commands: WTRCD[1:0] = B'01; 1 cycle

• Area 3CAS latency: A3CL[1:0] = B'01; 2 cycles

• Wait cycle counts for precharge activation: TRWL[1:0] = B'10; 2 cycles

• REF command/self refresh cancellation → Idle cycle counts between ACTV/REF/MRS commands: WTRC[1:0] = B'10; 5 cycles

SDRAM control regiter (SDCR): Initial value: H'0000 0000 Recommended setting value: H'0012 0812

• Refresh control: RFSH = B'1; Execute refresh

• Refresh control: RMODE = B'0; Auto refresh

• Bank active mode: BACTV = B'0; Auto precharge mode

• Area 3 low address bit counts: A3ROW[1:0] = B'10; 13 bits

• Area 3 column address bit counts: A3COL[1:0] = B'10; 10 bits

Refresh timer control/status register (RTCSR): Initial value: H'0000 0000 Recommended setting value: H'A55A 0010

• Clock select: CKS[2:0] = B'010; CKIOΦ/16

• Refresh counts: RRC[2:0] = B'000; 1 time

Refresh time constant register (RTCOR): Initial value: H'0000 0000 Recommended setting value: H'A55A 0020

1 cycle: 240nsec (66.67MHz/16=4.166875MHz) Refresh request interval for this SDRAM: 7.8125µsec/time 7.8125µsec /240nsec = 32(0x20) cycles/ refresh


R20UT2596EJ0008 Rev.0.08 2-24

Dec. 19, 2013

2.3.4 Serial Flash Memory Interface The RTK772100BC00000BR generally includes three serial flash memories, which are controlled by the SPI multi I/O buscontroller (SPIBSC) embedded in theR7S72100. The data (program) is read out from the serial flash memory 1 at the time of booting (boot mode 3). The 8-bit width can be achieved by concurrent access to the serial flash memory 1 and 2. The CS pin of the serial flash memory 3 is in common with address A21. When using the flash memory 3, the NOR flash memory can not be used. When using the serial flash memory 3 SPBCLK at a frequency of 66.67MHz, R41 should be removed from the board. Figure2.3.5 shows the Serial Flash Memory Interface Block Diagram, and Table2.3.8 lists the JP7 and JP8 Function Settings. Table2.3.7 Serial Flash Memory Overview

Part No. Serial flash No. Connection interface for the R7S72100 Capacity Package

U6, U7 S25FL512SDPM 10-wire system serial (SPIBSC) 64MB×2 16-pin SOIC U8 S25FL512SDPM 6-wire system serial (SPIBSC) 64MB 16-pin SOIC

R7S72100 (U1)


P9_2 / SPBCLK_0

P9_3 / SPBSSL_0

P9_7 / SPBIO30_0

P2_15 / SPBIO31_0


Serial flash memory 1 (U6)

SCK

SI/IO0

WP#/IO2

CS#

SO/IO1

HOLD#/IO3

3.3V

3.3VIO7_0

IO6_0

CS_0

CLK_0

IO5_0

IO4_0

3.3V

10

IO1_0

IO0_0

CS_0

CLK_0

IO2_0

IO3_0

3.3V

JP8

P2_14 / SPBIO21_0

P2_12 / SPBIO01_0

P2_13 / SPBIO11_0

P9_4 / SPBIO00_0

P9_5 / SPBIO10_0

P9_6 / SPBIO20_0

IO3_0

IO2_0

IO1_0

IO0_0


SCK

SI/IO0

WP#/IO2

CS#

SO/IO1

HOLD#/IO3

3.3V

3.3V

3.3V

3.3V

3.3VIO5_0

IO4_0

CS_0

CLK_0

IO6_0

IO7_0

3.3VP8_12 / A20 / SPBCLK_1

P8_13 / A21 / SPBSSL_1

P8_11 / A19 / SPBIO30_1

P8_14 / A22 / SPBIO00_1

P8_15 / A23 / SPBIO10_1

P8_10 / A18 / SPBIO20_1

CLK_1

CS_1

IO3_1

IO2_1

IO1_1

IO0_1

6


SCK

SI/IO0

WP#/IO2

CS#

SO/IO1

HOLD#/IO3

3.3V

3.3V

3.3V

3.3V

3.3VIO1_1

IO0_1

CS_1

CLK_1

IO2_1

IO3_1

3.3V

A23-A18: To NOR flash memories6

JP7

3.3V

: Optional

Figure2.3.5 Serial Flash Memory Interface Block Diagram


R20UT2596EJ0008 Rev.0.08 2-25

Dec. 19, 2013

Table2.3.8 JP7 and JP8 Function Settings

Jumper Short Open

JP7 Use P9_3 as SPBSSL_0 output pin (initial setting) Use P9_3 on option board JP8 Use P8_13 as SPBSSL_1 output pin Use P8_13 as A21 output pin (initial setting)



R20UT2596EJ0008 Rev.0.08 2-26

Dec. 19, 2013

2.3.5 NAND Flash Memory Interface The RTK772100BC00000BR has a board pattern which enables to mount a NAND flash memory (listed in Table2.3.9). The NAND flash memory is control by the NAND flash memory controller (FLCTL) embedded in the R7S72100. The FLCTL pin is in common with the pins for SD host interface (SDHI) channel 1 and MMC host interface (MMCIF), Renesas serial peripheral interface (RSPI) channel 4, and LVDS interface. When using the NAND flash memory, the MMC card slot, audio interface and the LVDS interface can not be used. JP10 should be set for the use of NAND flash memory. Figure2.3.6 shows the NAND Flash Memory Interface Block Diagram, and Table2.3.10 lists the JP10 Function Setting. Table2.3.9 NAND Flash Memory Overview

Nand No. Bus Size Capacity Access Time

S34ML04G100TFI 8 bits 512MB (8 bits×512M words)Random: 25µs (Max)

Sequential: 25ns (Min)

R7S72100 (U1)

P3_15-P3_8 / NAF7-NAF0

12


: Optional

P4_3 / MMC_D7 / FWE

P4_2 / MMC_D6 / MOSI4 / FALE

P4_1 / MMC_D5 / SSL40 / FCLE

P4_0 / MMC_D4 / RSPCK4 / FRE

P5_5 / TXOUT1M / FCE#

P1_2 / SCL1 / FRB

WE#

I/O7-I/O0

ALE

CLE

R/B#

CE#

RE#

3.3V

WP#

3.3V

3.3V

3.3V

3.3V

8

To MMC card slot

JP10

3To audio CODEC

14To expansion connectors

To LVDS I/F

S34ML04G1 (U9)

Figure2.3.6 NAND Flash Memory Interface Block Diagram



JP10 Use P4_1 as SSL40 output pin (initial setting) Use P4_1 as FCLE output pin or MMC_D5 I/O pin



R20UT2596EJ0008 Rev.0.08 2-27

Dec. 19, 2013

2.3.6 EEPROM Interface The RTK772100BC00000BR generally includes an EEPROM (listed in Table2.3.11). The EEPROM is controlled by the I2C bus interface (RIIC) which is embedded in the R7S72100. Figure2.3.7 shows the EEPROM Interface Block Diagram. Table2.3.11 EEPROM Overview

EEPROM No. Interface Capacity Package R1EX24128ASAS0A 2-wire system serial (RIIC) 16KB (16K words×8 bits) 8-pin SOP

R7S72100 (U1) R1EX24128 (U10)16KB

WP

P1_4 / SCL2 SCL

SDAP1_5 / SDA2

3.3V

3.3V

A2-A0

2To MOST I/F connector

Address: RD=0xA1, WR=0xA0



Figure2.3.7 EEPROM Interface Block Diagram


R20UT2596EJ0008 Rev.0.08 2-28

Dec. 19, 2013

2.4 USB Interface The RTK772100BC00000BR generally includes two USB series A receptacles as USB connector, and has a board pattern which enables to mount Mini-B receptacles to evaluate the USB host/function modules. When mounting the Mini-B receptacles, the USB series A receptacles should be removed. When using such receptacles as a function, JP9 and JP11 should be disconnected. The VBUS power supply for the USB channel 0 can be provided from the expansion connectors. Figure2.4.1 shows the USB Interface Block Diagram, and Table2.4.1 lists the JP9 and JP11 Function Settings.

BLM21PG600SN1

R7S72100 (U1)

VBUS0

USBAPVss

REFRIN5.6KΩ±1%

USB_X2

USB_X1

1 2

4 3DM0

DP0

HN6.2Z4MFA

FLG1

EN1

IN1

5V

0Ω

100Ω

OUT1

VBUS power supply control IC

MIC2026 (U17)

150µF

VBus

D+

D-

GND

FRAME

VBus

D+

D-

GND

FRAME

USBSeries A receptacle (J5)

USBMini-B receptacle (J7)

BLM21PG600SN1

CLK48MHz

TP3

Socket (X5)

: Optional

BLM21PG600SN1

VBUS1

1 2

4 3DM1

DP1

HN6.2Z4MFA

100ΩVBus

D+

D-

GND

FRAME

VBus

D+

D-

GND

FRAME

USBSeries A receptacle (J8)

USBMini-B receptacle (J9)

BLM21PG600SN1

IN2

FLG2TP4

EN2 OUT2150µF

JP11

JP9231

To expansion connectors

NC

Figure2.4.1 USB Interface Block Diagram


R20UT2596EJ0008 Rev.0.08 2-29

Dec. 19, 2013


Jumper 1-2 None 2-3

JP9 Provide VBUS0 power supply (initial setting)

Do not provide VBUS0 power supply

Profide VBUS0 power supply from expansion connectors

JP11 Provide VBUS1 power supply (initial setting)

Do not provide VBUS1 power supply

-


R20UT2596EJ0008 Rev.0.08 2-30

Dec. 19, 2013

2.5 Serial Interface The RTK772100BC00000BR connects the FIFO on-chip serial communication interface (SCIF) channel 2 in the R7S72100 to 1) the D-Sub 9-pin connector via the RS-232C transceiver, and 2) to the USB Mini-B connector via the USB serial conversion IC (RL78/G1C-S). JP12 or JP13 should be set to connect to either 1 or 2 mentioned above. Figure2.5.1 shows the Serial Interface Block Diagram, and Table2.5.1 lists the JP12 and JP13 Function Settings.

R7S72100 (U1) RS-232C transceiver (U27)

SHDN#

P3_0 / TxD2 TIN

ROUTP3_2 / RxD2

3.3V

RES#

3.3V

RIN

TOUT

RXD

DTR#DSR#RTS#CTS#

D-Sub 9-pin (J17)

TXD



: Optional

231JP13

231JP12

RL78/G1C-S (U28)

P50 / RxD0

P51 / TxD0

RESET#

UDP0

UDM0

UVBUS VBUS

D+

D-

USB Mini-B (J19)

100Ω

1µF 1µF

E1 connector (J20)

P40 / TOOL0

RESET#

VDD

VDD

VDD

UVDD0.33µF

VDD

TOOL0 (dedicated single wire UART)

Figure2.5.1 Serial Interface Block Diagram


Jumper 1-2 2-3

JP12 Connect P3_2 / RxD2 to RS-232C transceiver (initial setting)

Connect P3_2 / RxD2 to USB serial conversion IC

JP13 Connect P3_0 / TxD2 to RS-232C transceiver (initial setting)

Connect P3_0 / TxD2 to USB serial conversion IC


R20UT2596EJ0008 Rev.0.08 2-31

Dec. 19, 2013

2.6 I/O Ports The RTK772100BC00000BR connects the R7S72100 I/O ports to the switches and the LEDs. Figure2.6.1 shows the I/O Ports Block Diagram.

3.3V

1.5KΩ

3.3V

1.5KΩR7S72100 (U1)

AN1

AN2

AN3

P1_11 / AN3

P1_8 / AN0

P1_9 / AN1

P1_10 / AN2


AVcc

AVcc

AVcc

AVcc

1


P0_0 / MD_BOOT0

LED2LED1AN0

4

P1_15-P1-12 / AN7-AN4No input protection circuit

3.3V

SW13.3V

3.3V

3.3V

2

3

4

5

3.3V

P0_1 / MD_BOOT1

P7_0 / CS0 / MD_BOOT2

P0_2 / MD_CLK

P0_3 / MD_CLKS

P4_10 / SD_D1_0

P4_11 / SD_D0_0

6Vss

3.3V

: Optional

Figure2.6.1 I/O Ports Block Diagram


R20UT2596EJ0008 Rev.0.08 2-32

Dec. 19, 2013

2.7 Interrupt Switches The RTK772100BC00000BR has push switches (NMI switch and IRQ6 switch) for R7S72100 NMI and IRQ6 interrupt signal input and a push switch (test switch) for test signal. The IRQ6 switch is also connected to the toggle switch. The test switch is left open to be connected to any terminal. Figure2.7.1 shows the Interrupt Switch Block Diagram, and Table2.7.1 lists the JP3 Function Setting.

R7S72100 (U1)

3.3V

+

P3_1 / IRQ6

3.3V

+NMI

NMI switch (SW5)

IRQ6 switch (SW7, SW6)

3.3V

+

Test switch (SW8)

TP22

JP32

31

Note: Letters in Red indicates function in use.


Figure2.7.1 Interrupt Switch Block Diagram


Jumper 1-2 2-3

JP3 Use P3_1 as IRQ6 input pin (initial setting) Use P3_1 on option board

Indicates setting function.


R20UT2596EJ0008 Rev.0.08 2-33

Dec. 19, 2013

2.8 Clocks The following seven clocks are input in the R7S72100 on the RTK772100BC00000BR. • R7S72100 Input clock : 13.33MHz • R7S72100 RTC clock : 32.768kHz • R7S72100 RTC clock (high precision) : 4MHz • R7S72100 USB clock : 48MHz • R7S72100 Video decoder clock : 27MHz • R7S72100 LCD clock : Optional • R7S72100 Audio clock : 22.5792MHz Figure2.8.1 shows the Clock Configuration. Table2.8.1 and Table2.8.2 list the DIP Switch SW1 Function Settings and the JP6 Function Setting respectively.

R7S72100 (U1)

P4_12 / LCD1_CLK / SD_CLK_0

CKIO

AUDIO_X2

AUDIO_X1

DIP SW1-4

3.3V

P0_2 / MD_CLK

EXTALCLK13.33MHz

USB_X1

USB_X2

CLK48MHz

XTAL

RTC_X1

RTC_X232.768kHz

NC

NC

CLK

SDRAM2 (U5)PLL To expansion connectors

VIDEO_X1

VIDEO_X2

Socket (X5)

（X2）

Socket (X1)

: Optional

DIP SW1-5

3.3V

P0_3 / MD_CLKS

CLK

SDRAM1 (U4)

MCLK

WM8978 (U19)

4

22.5792MHzCLK(X8)

REF

CLKOUT

CLK4

CLK2CLK3

CLK1

Clock Buffer (U16)

NC

P3_7 / LCD1_EXTCLK / CS1CLKSocket (X9)

P5_0 / TXCLKOUTP

P5_1 / TXCLKOUTM

CLKIN+

CLKIN-

LVDS connector

To SD card slot

JP62

13

To NOR flash memory


P0_4/ RTC_X3

P0_5 / RTC_X4

CLK4MHz

NC

(X4) 1/2

DFF

NC

27MHz

(X7)

Figure2.8.1 Clock Configuration


R20UT2596EJ0008 Rev.0.08 2-34

Dec. 19, 2013

Table2.8.1 DIP Switch SW1 Function Settings

Function DIP Switch ON OFF

SW1-4 Receive EXTAL input as input clock (initial setting) Receive USB_X1 input as input clock SW1-5 Set SSCG function OFF (initial setting) Set SSCG fuction ON


Jumper 1-2 2-3

JP6 Use P3_7 as LCD1_EXTCLK input pin* Use P3_7 as CS1 output pin (initial setting)


*: When using P3_7 as LCD1_EXTCLK input pin, an oscillator should be mounted to X9.


R20UT2596EJ0008 Rev.0.08 2-35

Dec. 19, 2013

2.9 Reset Control The RTK772100BC00000BR controls the reset signals connected to the R7S72100, memories, connectors, the Ethernet PHY, the RS-232C transceiver and others by using the reset IC. The system reset has two types of resets; power on reset and reset by switch. Figure2.9.1 shows the Reset Control Block Diagram.

User debug interfaces (J21, J22) R7S72100 (U1)

RES#

RESETB

RS-232C transceiver(U27)

SHDN#

Expansion connectors

RES#

Ethernet PHY (U20)IN OUT

Cd

Reset IC (U33)

Reset IC output delay timetpd=0.34×Cd(pF)=34ms

Reset IC output detection voltage1.20×(Ra+Rb)/Rb=1.20×(15kΩ+10kΩ)/10kΩ=3.0V

NOR flash memories (U2, U3)

RESET#

Serial flash memories (U6 to U8)

RESET#

3.3V

+

Reset switch (SW9)

3.3V

15kΩ

10kΩ

0.1µF

3.3V

4.7kΩ

0Ω

nSRST

3.3V

Figure2.9.1 Reset Control Block Diagram


R20UT2596EJ0008 Rev.0.08 2-36

Dec. 19, 2013

2.10 Power Supply The RTK772100BC00000BR generates 5V, 3.3V and 1.18B by regurator using 12V power supply. The 5V power supply, the I/O power supply (3.3V), the analog power supply (3.3V), and the internal power supply (1.18V) for the R7S72100 can also be provided from the outside. The USB serial convertsion IC (U28) is run by the VBUS power supply provided from the USB Mini-B connector (J19). Figure2.10.1 shows the Power Supply Configuration Diagram.

AVccVDAVcc

USBAPVcc

A3.3Vexternal power supply (J27)

AVss

Power select jumper (JP19)

A3.3V

Audio CODEC: WM8978 (AVDD, SPKVDD)Ethernet PHY: uPD60610 (VDDA)Expansion connectors

PVccR7S72100 (digital 3.3V)

SDRAM, NOR flash memorySerial flash memory, NAND flash memoryEEPROM, RS-232C, Clock bufferAudio CODEC: WM8978 8 (DBVDD, DCVDD)Ethernet PHY: uPD60610 (VDDIO)SD/MMC card slot, expansion connectors

D3.3V

USBDPVcc

D3.3Vexternal power supply (J26)

Vss


R7S72100 (analog 3.3V)

D1.18V1.18V

external power supply (J28)

Vss


VccUSBAVcc

R7S72100 (1.18V system)

USB (VBUS1), CAN, Expansion connectors

5Vexternal power

supply (J24)

Vss

Power select jumper(JP15)

D5V

System power supply (DC12V) Vss

Vss

D12V

Backlight power supply for LVDS panelExpansion connectors (generating 8V for CD deck)

DC power jack (J25)

Power switch (SW4)

12V→5V

5V→3.3V

5V→3.3V

Constant voltage regulator

AVref

R7S72100 (analog reference voltage)


USB (VBUS0)

Expansion connectors

5V→1.18V


12Vexternal power supply (J23)

PLLVccLVDSPLLVcc

LVDSAPVcc

USB serial conversion IC (U38)VDD

USB Mini-B (J19)VBUS

Figure2.10.1 Power Supply Configuration Diagram


R20UT2596EJ0008 Rev.0.08 2-37

Dec. 19, 2013

2.11 Debug Interface The RTK772100BC00000BR has the ARM JTAG 20 connector (J22) and the CoreSight 20 connector (J21) to connect with the R7S72100 user debug interface. The CoreSight 20 connector cannot be connected in JTAG mode. When connecting in JTAG mode, the ARM JTAG 20 connector should be used. Figure2.11.1 shows the Debug Interface Block Diagram.

3.3V

TRST#

TMS

TCK

JP0_0 / TDI

JP0_1 / TDO

RES#

R7S72100 (U1)

*: Refer to the debugger user’s manual for the details about connecting method.


: Optional

P3_15 / MMC_D2 / NAF7 / TRACECTL

P3_14 / MMC_D3 / NAF6 / TRACECLK

P3_11 / MMC_D0 / NAF3 / TRACEDATA3

P3_10 / MMC_D1 / NAF2 / TRACEDATA2

P3_9 / SD_WP_1 / NAF1 / TRACEDATA1

P3_8 / MMC_CD / NAF0 / TRACEDATA0

CoreSight 20 connector (J21)

TMS / SWDIO

NC / TDI

TDO / SWO

nSRST

TCK / SWCLK

RTCK / TraceClk

SWO / TraceD0

DBGRQ / TraceD2

nTRST / TraceD1

ARM JTAG 20 connector (J22)

TMS / SWDIO

TDI

TDO / SWO

nSRST

TCK / SWCLK

nTRST

RTCK

10kΩ

DBGACK / TraceD3

22Ω

DBGRQ

DBGACKReset switch (SW9)

Reset IC (U33)

Figure2.11.1 Debug Interface Block Diagram


R20UT2596EJ0008 Rev.0.08 2-38

Dec. 19, 2013

2.12 CAN Interface The R7S72100 has controller area network (RSCAN). The RTK772100BC00000BR connects the R7S72100 RSCAN channel 1 and 2 to the 3-pin 2.5mm pitch connector via the power voltage level shifter and the CAN transceiver IC to enable CAN communication. The RSCAN channel 1 pin is in common the the Ethernet PHY, and the channel 2 pin is in common with the SDRAMs. When applying the CAN interface, these pins cannot be used together. Figure2.12.1 shows the CAN interface Block Diagram, and Table2.12.1 lists the JP1 and JP4 Function Settings.

R7S72100 (U1)

P5_9 / MDC / CRx1123

CANconnector (J12)

CAN transceiver (U21)

CANH

RXD

VCCA VCCB

A0 B0

DIR

P5_10 / CTx1

P7_2 / RAS# / CRx2

TXD

: Optional


CANL

P7_3 / CAS# / CTx2

JP1

A1 B1

CRx1

CTx1

CRx2

CTx2

4

CRx1

CRx2

5V5V3.3V

22kΩ

3.3V

22kΩCTx1

5V

22kΩ

123

CANconnector (J13)

CAN transceiver (U24)

CANH

RXD

TXD

CANL

3.3V

22kΩCTx2

213

JP4


RAS, CAS: To SDRAM

4

Ether PHY

Figure2.12.1 CAN interface Block Diagram


Jumper 1-2 None or 2-3

JP1 Use P7_2 as CRx2 input pin Use P7_2 as RAS output pin (initial setting) JP4 Use P5_9 as CRx1 input pin Use P5_9 as MDC output pin (initial setting)



R20UT2596EJ0008 Rev.0.08 2-39

Dec. 19, 2013

2.13 Video Input Interface The R7S72100 has digital video decoder function, which enables direct input of the composit video signal (CVBS). The RTK772100BC00000BR has a RCA connector for CVBS input. Figure2.13.1 shows the Video Input Interface Block Diagram.

VIN1A

VIDEO_X1

R7S72100 (U1)

VIDEO_X2 VRM

VRP

BIAS22kΩ±1%

0.1µF

0.1µF

0.1µFJ1

75Ω

75Ω

VIN2A0.1µF

VIN1B0.1µF

75Ω

75Ω

VIN2B0.1µF

0.1µF

2.2µF

27MHz

(X7)

Figure2.13.1 Video Input Interface Block Diagram


R20UT2596EJ0008 Rev.0.08 2-40

Dec. 19, 2013

2.14 Audio Interface The RTK772100BC00000BR has the Wolfson audio CODEC WM8978 as an audio interface. The WM8978 register is controlled by the Renesas serial peripheral interface (RSPI) channel 4, and the audio data input/output is controlled by the serial sound interface (SSIF) channel 0. The RSPI pin is in common with the NAND flash memory controller (FLCTL) pin and the MMC host interface (MMCIF) pin. When applying the WM8978, the NAND flash memory cannot be used. Also, the MMC card slot cannot be used in 8-bit mode. Figure2.14.1 shows the Audio Interface Block Diagram. Table2.14.1 and Table2.14.2 list the DIP Switch SW2-2 Function Setting and the JP10 Function Setting respectively.

WM8978(U19)

BCLK

DACDAT

LRC

ADCDAT

MODESCLK

SDIN

CSB/GPIO1

LOUT1 ++ROUT1

MCLK

PE0/SCL0/AUDIO_CLK/IRQ0

R7S72100 (U1)

AUDIO_X2

AUDIO_X1

P4_4 / SSISCK0

P4_5 / SSIWS0

P4_6 / SSIRxD0

P4_7 / SSITxD0

NC

: Optional

P4_0 / FRE / RSPCK4 / MMC_D4

P4_2 / FALE / MOSI4 / MMC_D6

P4_1 / FCLE / SSL40 / MMC_D5


1A1B1

1B2

2A2B1

2B2

3A3B1

3B2

4A4B1

4B2MUX

OE# S

WM8978 / Option select

3.3V

DIP SW2-2

3.3V

3.3V

22.5792MHzCLK(X8)

REF

CLK1

CLKPUT

CLK3CLK4

CLK2

Clock Buffer (U16)

To MMC card slot, NAND flash memory, and external connectors

3

JP10

1/2

L2/GPIO2

R2/GPIO3

MICBIAS

+

J6J4

Figure2.14.1 Audio Interface Block Diagram

Table2.14.1 DIP Switch SW2-2 Function Setting


SW2-2 Use P4_4[7:4] as SSIF pin (initial setting) Use P4_4[7:4] on option board

Indicates setting function. Table2.14.2 JP10 Function Setting





R20UT2596EJ0008 Rev.0.08 2-41

Dec. 19, 2013

2.15 SD Card Interface (4-bit) The RTK772100BC00000BR has a 4-bit SD card slot which is connected with the SD host interface (SDHI) channel 0 in the R7S72100. MMC card can be used by setting the dual-purpose pin, MMC host interface (MMCIF). Figure2.15.1 shows the SD Card Interface Block Diagram.

R7S72100 (U1)

P4_15 / SD_D2_0 / MMC_D2

P4_14 / SD_D3_0 / MMC_D3

P4_13 / SD_CMD_0 / MMC_CMD

P4_12 / SD_CLK_0 / MMC_CLK

P4_11 / SD_D0_0 / MMC_D0

P4_10 / SD_D1_0 / MMC_D1

P4_9 / SD_WP_0

P4_8 / SD_CD_0 / MMC_CD

DAT2

DAT3

DAT0

DAT1

SD card slot (J11)5

CLK

CMD

DAT0

DAT1

DAT2

DAT3

22kΩ

22kΩ

AEN AOUT

LTC1471 (U23)

22kΩ

3.3 V

22kΩ

VDD

WP

COMMON

CD

GND

CLK

CMD

CMD

CLK

3.3 V

DAT3

DAT2

DAT1

DAT0

When inserting SD card: COMMON and CD are conducted.

When removing card write protection: WP and COMMON are conducted.


CVDD

CVDD

CVDD

: Optional


Figure2.15.1 SD Card Interface Block Diagram


R20UT2596EJ0008 Rev.0.08 2-42

Dec. 19, 2013

2.16 MMC Card Interface (8-bit) The RTK772100BC00000BR has an 8-bit MMC card slot, which is connected with the MMC host interface (MMCIF) in the R7S72100. SD card can be used by setting the dual-porpose pin, SD host interface (SDHI) channel 1. The MMCIF pin and the SDHI pin are in common with the NAND falsh memory controller (FLCTL) pin and the Renesas serial peripheral interface (RSPI) pin. When inserting the MMC card or the SD card to the MMC card slot, the NAND flash memory cannot be used. Also, when applying the MMC card in 8-bit mode, the audio interface cannot be used. Figure2.16.1 shows the MMC Card Interface Block Diagram, and Table2.16.1 lists the JP10 Function Setting.

R7S72100 (U1)

P3_15 / SD_D2_1 / MMC_D2 / NAF7

P3_14 / SD_D3_1 / MMC_D3 / NAF6

P3_13 / SD_CMD_1 / MMC_CMD / NAF5

P3_12 / SD_CLK_1 / MMC_CLK / NAF4

P3_11 / SD_D0_1 / MMC_D0 / NAF3

P3_10 / SD_D1_1 / MMC_D1 / NAF2

P3_9 / SD_WP_1 / NAF1

P3_8 / SD_CD_1 / MMC_CD / NAF0

DAT2

DAT3

DAT0

DAT1

MMC card slot (J15)9

CLK

CMD

DAT0DAT1DAT2DAT3

22kΩ

22kΩ

BEN BOUT

LTC1471 (U23)

22kΩ

3.3 V

22kΩ

VDD

WP

COMMON

CD

GND

CLK

CMD

CMD

CLK

3.3 V

DAT3DAT2DAT1DAT0

When inserting MMC card:COMMON and CD are conducted.

When removing card write protection: WP and COMMON are conducted.


CVDD

CVDD

CVDD

: Optional

P4_3 / MMC_D7 / FWE

P4_2 / MMC_D6 / FALE / MOSI4

P4_1 / MMC_D5 / FCLE / SSL40

P4_0 / MMC_D4 / FRE / RSPCK4

DAT7

DAT6

DAT5

DAT4

12To NAND flash memory

P4_2-P4_0: To audio CODEC3

JP10P4_1 SSL40


DAT4DAT4

DAT5DAT5

DAT6DAT6

DAT7DAT7

Figure2.16.1 MMC Card Interface Block Diagram






R20UT2596EJ0008 Rev.0.08 2-43

Dec. 19, 2013

2.17 LAN Interface The RTK772100BC00000BR has the Renesas Ethernet PHY μPD60610 to enable the Ethernet communication using the Ethernet controller (ETHER) embedded in the R7S72100. Figure2.17.1 shows the LAN Interface Block Diagram. Table2.17.1 and Table2.17.2 list the DIP Switch SW2-1 Function Setting and the JP4 Function Setting respectively.

R7S72100 (U1)

P3_6 / RXDV

RES#Note: Letters in Red indicate functions in use.

: Optional

P3_5 / RXER

P3_4 / RXCLK

P3_3 / MDIO

P2_2 / TXEN / MLB_SIG

P2_1 / TXER / MLB_DAT

P2_0 / TXCLK / MLB_CLK

P2_11 / RxD[3]

P2_10 / RxD[2]

P2_9 / RxD[1]

P2_8 / RxD[0]

P2_7 / TxD[3]

P2_6 / TxD[2]

P2_5 / TxD[1]

P2_4 / TxD[0]

P2_3 / CRS

P5_9 / MDC / CRx1

RXDV

RXER

RXCLK

RxD3

RxD2

RxD1

RxD0

TxD3

TxD2

TxD1

TxD0

CRS

16

MDC2

31 To CAN transceiver

TXEN

TXER

TXCLK

MDIO

P1_14 / COL JP4

MDIO

MDC

P0RXDV

P0RXERR

P0RXCLK / GPIO3

P0RXD3 / GPIO7

P0RXD2 / GPIO8

P0RXD1

P0RXD0

P0TXEN

P0TXERR / GPIO9

P0TXCLK

P0TXD3 / GPIO10

P0TXD2 / GPIO11

P0TXD1

P0TXD0

μPD60610 (U20)

P0CRS / GPIO6

P0COLSD / GPIO19COL

CRS

TXCLK

RxD0

RxD1

RxD2

RxD3

RXDV

RXER

RXCLK

MDC

MDIO

TXER

TXEN

TxD3

TxD2

TxD1

TxD0

A B1MUX×4

Ethernet / MOST selection

3.3V

DIP SW2-1

OE# S

COL

3.3V


XCLK0

XCLK1

RESETB

CLK25MHz

NC

(X10)

TXP

TXN

RXP

RXN

P0LINKLED / GPIO0

INT / GPIO4

GPIO14

3.3V

510Ω

3.3V

510Ω

LED4LED3

3.3V

510Ω

LED5

A3V

TD+

TD-

RD+

RD-

TCT

RCT

RJ-45 (J10)

49.9Ω×4

A3V

10Ω×2

0.01µF×2

RE

GO

FFD

TES

TA

TP

EX

TRE

S

22kΩ×312.4kΩ-1%

P1_15 INT

INT

Figure2.17.1 LAN Interface Block Diagram



SW2-1 Use P3_[6:3] and P2_[11:0] as Ethernet PHY control pin (initial setting)

Use P3_[6:3] and P2_[11:0] as MOST control pin and expansion connectors

Indicates setting function. Table2.17.2 JP4 Function Setting

Jumper 1-2 2-3

JP4 Use P5_9 as CRx1 input pin Use P5_9 as MDC output pin (initial setting)



R20UT2596EJ0008 Rev.0.08 2-44

Dec. 19, 2013

2.18 LVDS Interface The RTK772100BC00000BR includes a connector for the Mitsubishi LCD module (AA104XD02) which can be connected with the R7S72100 LDVS interface.The backlight power supply voltage should be raised by using the TDK-lambda DC-DC converter ALD-414012PJ126 or ALD-514012PJ134. If it effects on the differential signals, remove the 0Ω resistors RE0 to RE7. Figure2.18.1 shows the LDVS Interface Block Diagram.

R7S72100 (U1) LVDS I/ F connector (J14)

P5_7 / TXOUT0M


: Optional

P5_6 / TXOUT0P

P5_5 / TXOUT1M / FCE

P5_4 / TXOUT1P

Link 0-

Link 0+

Link 1-

Link 1+

3.3V

Vcc

GND

P5_3 / TXOUT2M

P5_2 / TXOUT2P

P5_1 / TXCLKOUTM

P5_0 / TXCLKOUTP

Backlight connector (J16)BM14B-SRSS-TB

12V

Vcc

GND

Link 2-

Link 2+

CLKIN-

CLKIN+

MODELow:6bit, Hi:8bit

680Ω

3.3V

620Ω

Link 3-

Link 3+

3.3V

SCScan direction control.

Low:Normal, Hi:Reverse

3.3V

12V

VrmtBacklight enable control. Low:Disable, Hi:Enable

Vbr/RbrPWM control.2.5V:Min, 0V:Max

ADIMADIM control.2.5V:Min, 0V:Max


1P5_5/FCE: To NAND flash memory

RE7RL7

RE6RL6

RE5RL5

RE4RL4

RE3RL3

RE2RL2

RE1RL1

RE0RL0

LVDSREFRIN5.6kΩ±1%

100Ω

100Ω

100Ω

100Ω

Figure2.18.1 LDVS Interface Block Diagram


R20UT2596EJ0008 Rev.0.08 2-45

Dec. 19, 2013

2.19 TOSLINK Interface The RTK772100BC00000BR includes a TOSLINK connector to connect the R7S72100 Renesas SPDIF interface (RSPDIF). The RSPDIF pin is in common with the address pins (A17 and A16). When using the TOSLINK connector, the NOR flash memory can not be used. Figure2.19.1 shows the TOSLINK Interface Block Diagram, and Table2.19.1 lists the JP2 Function Setting.

R7S72100 (U1) TOSLINK connector (U26)5V

Vcc

GND


P8_9 / A17 / SPDIF_OUT

TORX

TOTX

2 To NOR flash memory, expansion connectors

: Optional

P8_8 / A16 / SPDIF_IN

VCCA VCCB

A B

DIR

5V3.3V231

JP2

Figure2.19.1 TOSLINK Interface Block Diagram


Jumper 1-2 2-3

JP2 Use P8_8 as A16 output pin (initial setting) Use P8_8 as SPDIF_IN input pin



R20UT2596EJ0008 Rev.0.08 2-46

Dec. 19, 2013

2.20 MOST Interface The RTK772100BC00000BR includes a connector to be connected with SMSC MOST PHY I/F board (OS81110/2+0). The MOST control pin isinmmon with the Ethernet control pin. SW2-1 should be set to use the MOST I/F connector. Figure2.20.1 shows the MOST Interface Block Diagram, and Table2.20.1 lists the DIP Switch SW2-1 Function Setting.

R7S72100 (U1) MOST I/F connector (J3)

P2_2 / TXEN / MLB_SIG


: Optional

P2_1 / TXER / MLB_DAT

P2_0 / TXCLK / MLB_CLK

P2_3 / CRS

P1_5 / SDA2

P1_4 / SCL2

MLB_SIG

MLB_DAT

MLB_CLK

RST

SDA

SCL

3.3V

Vcc

GND

1A1B1

1B2

2A2B1

2B2

3A3B1

3B2

4A4B1

4B2MUX

OE# S

Ethernet / MOST selection

3.3V

DIP SW2-1

47kΩ

47kΩ

47kΩ

3.3V

3.3V


To EEPROM2

Figure2.20.1 MOST Interface Block Diagram



SW2-1 Use P2_[3:0] as Ethernet PHY control pin (initial setting)

Use P2_[3:0] as MOST control pin


R7S72100 CPU board RTK772100BC00000BR (GENMAI) 3.Operational Specification

R20UT2596EJ0008 Rev.0.08 3-1

Dec. 19, 2013

3. Operational Specification

3.1 Connector Overview Figure 3.1.1and Figure 3.1.2 show the RTK772100BC00000BR Connector Assignments.

J12,

J13

: C

AN

con

nect

ors



J19: Serial port connector (USB Mini-B)

J17: Serial port connector (D-Sub9)

U26

: TO

SLIN

K co

nnec

tor

J21, J22: UDI connectors

J25:12V AC adapter jack

J23:12V power supply connector

J15:

MM

C c

ard

slot

J11:

SD

car

d sl

ot

J3: M

OS

T I/F

co

nnec

tor

J10:

LA

N c

onne

ctor

J4: M

ic-in

pin

jack

J6: L

ineo

ut p

in ja

ck

J1:

RC

A c

onne

ctor

for v

ideo

inpu

tJ1

6:LV

DS

bac

klig

ht c

onne

ctor

Figure 3.1.1 RTK772100BC00000BR Connector Assignments (Top View of Component Side)


R20UT2596EJ0008 Rev.0.08 3-2

Dec. 19, 2013



J14:LVDS connector



CN7: Expansion connectorCN6: Expansion connector




Figure 3.1.2 RTK772100BC00000BR Connector Assignments (Top View of Solder Side)


R20UT2596EJ0008 Rev.0.08 3-3

Dec. 19, 2013

3.1.1 RCA Connector for Video Input (J1) The RTK772100BC00000BR has a RCA connector for video input (J1). Figure3.1.3 shows the RCA Connector for Video Input Pin Assignments, and Table3.1.1 lists the RCA Connector for Video Input Pin Descriptions.

1

2

3

4

1 2 3 456

Top view of component side

Side viewJ1

Figure3.1.3 RCA Connector for Video Input Pin Assignments

Table3.1.1 RCA Connector for Video Input Pin Descriptions

Pin No. Signal Name

1 VIN1A 2 VIN2A 3 VIN1B 4 VIN2B 5 GND (AVss) 6 GND (AVss)


R20UT2596EJ0008 Rev.0.08 3-4

Dec. 19, 2013

3.1.2 MOST I/F Connector (J3) The RTK772100BC00000BR has a connector to connect with the SMSC MOST I/F board (J3). Figure3.1.4 shows the MOST I/F Connector Pin Assignments, and Table3.1.2 lists the MOST I/F Connector Pin Descriptions.

12

3940

J3


Figure3.1.4 MOST I/F Connector Pin Assignments


R20UT2596EJ0008 Rev.0.08 3-5

Dec. 19, 2013

Table3.1.2 MOST I/F Connector Pin Descriptions

Pin No. Signal Name Pin No. Signal Name

1 NC 2 MLB_CLK (P2_0 / D16 / ET_TXCLK / DV0_DATA0 / SPBIO00_1 / MLB_CLK / IRQ5 / VIO_D0 / LCD0_DATA16)

3 NC 4 NC 5 NC 6 MLB_SIG (P2_2 / D18 / ET_TXEN /

DV0_DATA2 / SPBIO20_1 / MLB_SIG / TIOC2B / VIO_D2 / LCD0_DATA18)

7 NC 8 NC 9 NC 10 MLB_DAT (P2_1 / D17 / ET_TXER /

DV0_DATA1 / SPBIO10_1 / MLB_DAT / TIOC2A / VIO_D1 / LCD0_DATA17)

11 NC 12 NC 13 NC 14 NC 15 NC 16 NC 17 NC 18 NC 19 NC 20 NC 21 NC 22 NC 23 NC 24 NC 25 RESETB (P2_3 / D19 / ET_CRS / DV0_DATA3 /

SPBIO30_1 / IERxD / CTS1 / VIO_D3 / LCD0_DATA19)

26 NC

27 NC 28 NC 29 NC 30 NC 31 NC 32 NC 33 SCL (P1_4 / SCL2 / DV0_CLK / CRx1 / IRQ4 /

CAN_CLK 34 NC

35 SDA (P1_5 / SDA2 / DV1_CLK / CRx4 / IRQ5 / VIO_CLK / LCD1_EXTCLK)

36 NC

37 +3.3V 38 +3.3V 39 +3.3V 40 NC

Note: Bold letters indicate setting functions.


R20UT2596EJ0008 Rev.0.08 3-6

Dec. 19, 2013

3.1.3 Mic-in Pin Jack Assignments (J4) The RTK772100BC00000BR has a mic-in pin jack (J4). Figure3.1.5 shows the Mic-in Pin Jack Pin Assignments, and Table3.1.3 lists the Mic-in Pin Jack Pin Descriptions.

31

24

31

24

J4J6


Figure3.1.5 Mic-in Pin Jack Pin Assignments

Table3.1.3 Mic-in Pin Jack Pin Descriptions

Pin No. Signal Name

1 GND (AVss) 2 L2 (A/D converter Lch analog input pin) 3 R2 (A/D converter Rch analog input pin) 4 NC


R20UT2596EJ0008 Rev.0.08 3-7

Dec. 19, 2013

3.1.4 Lineout Pin Jack (J6) The RTK772100BC00000BR has a lineout pin jack (J6). Figure3.1.6 shows the Lineout Pin Jack Pin Assignments, and Table3.1.4 lists the Lineout Pin Jack Pin Descriptions.

31

24

31

24

J4J6


Figure3.1.6 Lineout Pin Jack Pin Assignments

Table3.1.4 Lineout Pin Jack Pin Descriptions

Pin No. Signal Name

1 GND (AVss) 2 LOUT1 (D/A converter Lch analog output pin) 3 ROUT1 (D/A converter Rch analog output pin) 4 NC


R20UT2596EJ0008 Rev.0.08 3-8

Dec. 19, 2013

3.1.5 USB Connectors (J5 and J8) The RTK772100BC00000BR has two series A receptacles (J5 and J8), but Mini-B receptacles (J7 and J9) are also applicable for this board. When using the Mini-B receptacles, the series A receptacles should be removed. Refer to Table 1.4 of Chapter 1 for the parts of Mini-B receptacles. Figure3.1.7 and Figure3.1.8 show the Pin Assignments for Series A Receptacle and Mini-B receptacle respectively. Table3.1.5 and Table3.1.6 list the Pin Descriptions for Series A Receptacle and Mini-B Receptacle respectively.

Figure3.1.7 Series A Receptacle Pin Assignments

Table3.1.5 Series A Receptacle Pin Descriptions

Signal Name Pin No. J8 J5

1 VBUS (VBUS1) VBUS (VBUS0) 2 DM (DM1) DM (DM0) 3 DP (DP1) DP (DP0) 4 GND (Vss) GND (Vss)


R20UT2596EJ0008 Rev.0.08 3-9

Dec. 19, 2013

Top view of component side 1 2 3 4 5

Side veiwJ9

1 2 3 4 5

J7

Figure3.1.8 Mini-B Receptacle Pin Assignments

Table3.1.6 Mini-B Receptacle Pin Descriptions

Signal Names Pin J9 J7

1 VBUS (VBUS1) VBUS (VBUS0) 2 DM (DM1) DM (DM0) 3 DP (DP1) DP (DP0) 4 ID (Connected to test pin TP10) ID (Connected to test pin TP5) 5 GND (Vss) GND (Vss)


R20UT2596EJ0008 Rev.0.08 3-10

Dec. 19, 2013

3.1.6 LAN Connector (J10) The RTK772100BC00000BR has a LAN connector (J10). Figure3.1.9 shows the LAN Connector Pin Assignments, and Table3.1.7 lists the LAN Connector Pin Descriptions.


J10

2 4 6 8

Side view

1 3 5 7

Figure3.1.9 LAN Connector Pin Assignments

Table3.1.7 LAN Connector Pin Descriptions


1 TD+ (P0TXP) 2 TD- (P0TXN) 3 TCT 4 RD+ (P0RXP) 5 RD- (P0RXN) 6 RCT 7 NC 8 GND (AVss)


R20UT2596EJ0008 Rev.0.08 3-11

Dec. 19, 2013

3.1.7 SD Card Slot (J11) The RTK772100BC00000BR has a SD card slot (J11). Figure3.1.10 shows the SD Card Slot Pin Assignments, and Table3.1.8 lists the SD Card Slot Pin Descriptions.

Top view of component side 1

23

45

67

8 9

10

11

12

J11

Figure3.1.10 SD Card Slot Pin Assignments

Table3.1.8 SD Card Slot Pin Descriptions


1 DAT3 (P4_14 / LCD0_DATA22 / LCD1_TCON1 / SD_D3_0 / MMC_D3 / SPBIO21_1 / SSIRxD3 / TxD2 / IRQ6)

2 CMD (P4_13 / LCD0_DATA21 / LCD1_TCON0 / SD_CMD_0 / MMC_CMD / SPBIO11_1 / SSIWS3 / RxD1 / IRQ5)

3 GND (Vss) 4 +3.3V 5 CLK (P4_12 / LCD0_DATA20 / LCD1_CLK /

SD_CLK_0 / MMC_CLK / SPBIO10_1 / SSISCK3 / TxD1 / IRQ4)

6 GND (Vss)

7 DAT0 (P4_11 / LCD0_DATA19 / LCD1_TCON6 / SD_D0_0 / MMC_D0 / SSITxD5 / CTx4 / SCK1 / IRQ3)

8 DAT1 (P4_10 / LCD0_DATA18 / LCD1_TCON5 / SD_D1_0 / MMC_D1 / SSIRxD5 / RxD0 / IRQ2)

9 DAT2 (P4_15 / LCD0_DATA23 / LCD1_TCON2 / SD_D2_0 / MMC_D2 / SPBIO31_1 / SSITxD3 / RxD2 / IRQ7)

10 WP (P4_9 / LCD0_DATA17 / LCD1_TCON4 / SD_WP_0 / SSIWS5 / CRx2 / TxD0 / IRQ1)

11 CD (P4_8 / LCD0_DATA16 / LCD1_TCON3 / SD_CD_0 / MMC_CD / SSISCK5 / CTx2 / SCK0 / IRQ0)

12 COMMON (Vss)



R20UT2596EJ0008 Rev.0.08 3-12

Dec. 19, 2013

3.1.8 MMC Card Slot (J15) The RTK772100BC00000BR has a MMC card slot (J15). Figure3.1.11 shows the MMC Card Slot Pin Assignments, and Table3.1.9 lists the MMC Card Slot Pin Descriptions.


1234578

912 1011

1413

15

J15

Figure3.1.11 MMC Card Slot Pin Assignments

Table3.1.9 MMC Card Slot Pin Descriptions


1 DAT3 (P3_14 / LCD0_DATA6 / NAF6 / TRACECLK / SD_D3_1 / MMC_D3)

2 CMD (P3_13 / LCD0_DATA5 / NAF5 / AUDIO_XOUT / SD_CMD_1 / MMC_CMD)

3 GND (Vss) 4 +3.3V 5 SCLK (P3_12 / LCD0_DATA4 / NAF4 /

SD_CLK_1 / MMC_CLK) 6 -

7 DAT0 (P3_11 / LCD0_DATA3 / NAF3 / TRACEDATA3 / TIOC4D / SD_D0_1 / MMC_D0)

8 DAT1 (P3_10 / LCD0_DATA2 / NAF2 / TRACEDATA2 / TIOC4C / SD_D1_1 / MMC_D1)

9 DAT2 (P3_15 / LCD0_DATA7 / NAF7 / TRACECTL / SD_D2_1 / MMC_D2)

10 DAT4 (P4_0 / LCD0_DATA8 / TIOC0A / FRE / RSPCK4 / MMC_D4)

11 DAT5 (P4_1 / LCD0_DATA9 / TIOC0B / FCLE / SCK2 / SSL40 / MMC_D5)

12 DAT6 (P4_2 / LCD0_DATA10 / TIOC0C / FALE / CRx3 / TxD2 / MOSI4 / MMC_D6)

13 DAT7 (P4_3 / LCD0_DATA11 / TIOC0D / FWE / CTx3 / RxD2 / MISO4 / MMC_D7)

14 CD (P3_8 / LCD0_DATA0 / NAF0 / TRACEDATA0 / TIOC4A / SD_CD_1 / MMC_CD)

15 WP (P3_9 / LCD0_DATA1 / NAF1 / TRACEDATA1 / TIOC4B / SD_WP_1 / IRQ6)



R20UT2596EJ0008 Rev.0.08 3-13

Dec. 19, 2013

3.1.9 CAN Connectors (J12 and J13) The RTK772100BC00000BR has two CAN connectors (J12 and J13). Figure3.1.12 shows the CAN Connector Pin Assignments, and Table3.1.10 lists the CAN Connector Pin Descriptions.


J12

1

J13

31 31 3

Figure3.1.12 CAN Connector Pin Assignments

Table3.1.10 CAN Connector Pin Descriptions

Signal Name Pin No. J13 (CAN2) J12 (CAN1)

1 CANH CANH 2 GND (Vss) GND (Vss) 3 CANL CANL


R20UT2596EJ0008 Rev.0.08 3-14

Dec. 19, 2013

3.1.10 LVDS Connectors (J14 and J16) The RTK772100BC00000BR has a LVDS I/F connector (J14) to connect the Mitsubishi LCD panel AA104XD02 and the TDK Lambda DC-DC converter ALD-414012PJ126 or ALD-514012PJ134 connector (J16) for backlight power supply. Figure3.1.13 and Figure3.1.14 show the Pin Assignments for LVDS I/F Connector and Backlight Power Supply Connector respectively. Table3.1.11 and Table3.1.12 list the Pin Descriptions for LVDS I/F Connector and Backlight Power Supply Connector respectively.

Top view of solder side

12

34 20

19

J14

Figure3.1.13 LVDS I/F Connector Pin Assignments

Table3.1.11 LVDS I/F Connector Pin Descriptions

Pin No. Signal Name

1 +3.3V 2 +3.3V 3 GND (Vss) 4 GND (Vss) 5 Link0- (P5_7 / TXOUT0M / LCD1_DATA7 / LCD0_DATA23 / DV1_DATA7 / RxD6 / TIOC0D / SPDIF_OUT /

DV0_DATA15) 6 Link0+ (P5_6 / TXOUT0P / LCD1_DATA6 / LCD0_DATA22 / DV1_DATA6 / TxD6 / IRQ6 / SPDIF_IN /

DV0_DATA14) 7 GND (Vss) 8 Link1- (P5_5 / TXOUT1M / LCD1_DATA5 / LCD0_DATA21 / DV1_DATA5 / AUDIO_XOUT / TIOC0C / FCE /

DV0_DATA13) 9 Link1+ (P5_4 / TXOUT1P / LCD1_DATA4 / LCD0_DATA20 / DV1_DATA4 / RxD3 / TIOC3D / DV0_DATA12)

10 GND (Vss) 11 Link2- (P5_3 / TXOUT2M / LCD1_DATA3 / LCD0_DATA19 / DV1_DATA3 / TxD3 / TIOC3C / MISO3) 12 Link2+ (P5_2 / TXOUT2P / LCD1_DATA2 / LCD0_DATA18 / DV1_DATA2 / SCK3 / TIOC1B / MOSI3) 13 GND (Vss) 14 CLKIN- (P5_1 / TXCLKOUTM / LCD1_DATA1 / LCD0_DATA17 / DV1_DATA1 / RxD4 / TIOC0B / SSL30) 15 CLKIN+ (P5_0 / TXCLKOUTP / LCD1_DATA0 / LCD0_DATA16 / DV1_DATA0 / TxD4 / TIOC0A / RSPCK3) 16 GND (Vss) 17 Link3- (Connected to +3.3V via 680Ω resistor) 18 Link3+ (Connected to Vss via 620Ω resistor) 19 MODE (Connected to Vss via 22kΩ resistor) 20 SC (Connected to Vss via 22kΩ resistor)



R20UT2596EJ0008 Rev.0.08 3-15

Dec. 19, 2013


12

3414

13

J16

Figure3.1.14 Backlight Power Supply Connector Pin Assignments

Table3.1.12 Backlight Power Supply Connector Pin Descriptions

Pin No. Signal Name

1 +12V 2 +12V 3 +12V 4 +12V 5 +12V 6 GND (Vss) 7 GND (Vss) 8 GND (Vss) 9 GND (Vss)

10 GND (Vss) 11 Vrmt (Connected to +3.3V via 1kΩ resistor) 12 Vbr/Rbr (Connected to Vss via 22kΩ resistor) 13 ADIM (Connected to Vss via 22kΩ resistor) 14 Vst (Connected to Vss via 22kΩ resistor)


R20UT2596EJ0008 Rev.0.08 3-16

Dec. 19, 2013

3.1.11 TOSLINK Connector (U26) The RTK772100BC00000BR has a TOSLINK connector (U26) for digital audio. Figure3.1.15 shows the TOSLINK Connector Pin Descriptions, and Table3.1.13 lists the TOSLINK Connector Pin Descriptions.

12349 10

5678


Side view

U26

Figure3.1.15 TOSLINK Connector Pin Assignments

Table3.1.13 TOSLINK Connector Pin Descriptions


1 RX (P8_8 / A16 / DV1_DATA5 / SPBIO00_1 / SPDIF_IN / TIOC1A / PWM1A / TxD3 / SSISCK5)

2 GND (Vss)

3 +5V 4 GND (Vss) 5 GND (Vss) 6 LED (Connected to +5V via 1.2kΩ resistor) 7 +5V 8 TX (P8_9 / A17 / DV1_DATA6 / SPBIO10_1 /

SPDIF_OUT / TIOC1B / PWM1B / RxD3 / SSIWS5)



R20UT2596EJ0008 Rev.0.08 3-17

Dec. 19, 2013

3.1.12 Serial Port Connectors (J17 and J19) The RTK772100BC00000BR has two types of serial port connectors (J17 for Dsub-9, J19 for USB Mini-B). Figure3.1.16 shows the Serial Port Connector Pin Assignments. Table3.1.14 and Table3.1.15 list the Pin Descriptions for J17 and J19.


Side view

1 2 3 4 56 7 8 9

1 2 3 4 5

1 2 3 4 56 7 8 9

J19J17

Figure3.1.16 Serial Port Connector Pin Assignments

Table3.1.14 Serial Port Connector (J17) Pin Descriptions


1 NC 6 DSR# 2 RXD (P3_2 / LCD0_TCON1 / ET_TXEN / RxD2 /

SCI_RXD1 / TEND0 / PWM2C / MOSI3) 7 RTS#

3 TXD (P3_0 / LCD0_CLK / ET_TXCLK / IRQ2 / SCK2 / SCI_SCK1 / TxD2 / PWM2A / RSPCK3)

8 CTS#

4 DTR# 9 NC 5 GND (Vss)


Pin 4 to 6, 7 and 8 are connected by using loopback. Table3.1.15 Serial Port Connector (J19) Pin Descriptions

Pin No. Signal Name

1 VBUS (UVBUS) 2 DM (UDM0) 3 DP (UDP0) 4 ID (NC) 5 GND (Vss)


R20UT2596EJ0008 Rev.0.08 3-18

Dec. 19, 2013

3.1.13 UDI Connectors (J21 and J22) The RTK772100BC00000BR has the CoreSight 20 connector with 1.27mm (J21) and the ARM JTAG 20 connector with 2.54mm (J22) to connect the ICE (In Circuit Emulator). Figure3.1.17 shows the UDI Connector Pin Assignments. Table3.1.16 and Table3.1.17 list the Pin Descriptions for UDI Connectors (J21 and J22).


J21 J22

12

1920

19 20

1 2

Figure3.1.17 UDI Connector Pin Assignments

Table3.1.16 CoreSight 20 Connector (J21) Pin Descriptions


1 +3.3V 2 TMS/SWDIO 3 GND (Vss) 4 TCK/SWCLK 5 GND (Vss) 6 TDO/SWO

7 KEY (NC) 8 TDI

9 GND (Vss) 10 nSRST (RES#)

11 NC 12 RTCK/TraceCLK (P3_14 / LCD0_DATA6 / NAF6 / TRACECLK / SD_D3_1 / MMC_D3)

13 NC 14 SWO/TraceD0 (P3_8 / LCD0_DATA0 / NAF0 / TRACEDATA0 / TIOC4A / SD_CD_1 / MMC_CD)

15 GND (Vss) 16 nTRST/TraceD1 (P3_9 / LCD0_DATA1 / NAF1 / TRACEDATA1 / TIOC4B / SD_WP_1 / IRQ6)

17 GND (Vss) 18 DBGRQ/TraceD2 (P3_10 / LCD0_DATA2 / NAF2 / TRACEDATA2 / TIOC4C / SD_D1_1 / MMC_D1)

19 GND (Vss) 20 DBGACK/TaceD3 (P3_11 / LCD0_DATA3 / NAF3 / TRACEDATA3 / TIOC4D / SD_D0_1 / MMC_D0)



R20UT2596EJ0008 Rev.0.08 3-19

Dec. 19, 2013

Table3.1.17 ARM JTAG 20 Connector (J22) Pin Descriptions Pin No. Signal Name Pin No. Signal Name

1 +3.3V 2 +3.3V 3 nTRST (TRST#) 4 GND (Vss) 5 TDI 6 GND (Vss) 7 TMS/SWDIO 8 GND (Vss) 9 TCK/SWCLK 10 GND (Vss) 11 RTCK 12 GND (Vss) 13 TDO/SWO 14 GND (Vss) 15 nSRST (RES#) 16 GND (Vss) 17 DBGRQ (Connected to Vss via 10kΩ resistor) 18 GND (Vss) 19 DBGACK (Connected to Vss via 10kΩ resistor) 20 GND (Vss)


R20UT2596EJ0008 Rev.0.08 3-20

Dec. 19, 2013

3.1.14 Power Supply Connectors (J23 and J25) The RTK772100BC00000BR has a 3-pin connector (J23) and an AC adapter jack (J25) for system power supply. Figure3.1.18 shows the Power Supply Connector Pin Assignments. Table3.1.18 and Table3.1.19 list the Power Supply Connector Pin Descriptions for J23 and J25.

J23

J25

123

4

2 3


Figure3.1.18 Power Supply Connector Pin Assignments

Table3.1.18 Power Supply Connector (J23) Pin Descriptions

Pin No. Signal Name

1 +12V 2 NC 3 GND (Vss)

Table3.1.19 Power Supply Connector (J25) Pin Descriptions

Pin No. Signal Name

1 NC (without pins) 2 +12V 3 GND (Vss) 4 GND (Vss)


R20UT2596EJ0008 Rev.0.08 3-21

Dec. 19, 2013

3.1.15 External Power Supply Connectors (J24 and J26 to J28) The RTK772100BC00000BR has a board pattern which enables external power supply connectors (J24, J26 to J28) to be mounted in order to provide digital 5V, digital 3.3V, analog 3.3V and digital 1.18V directly from the outside. The internal power supply and the external power supply are switched at the jumpers, JP15, JP18, JP19, and JP21. Figure3.1.19 shows the External Power Supply Connector Pin Assignments. Table3.1.20 to Table3.1.23 list the Pin Descriptions for External Power Supply Connectors (JP15, JP18, JP19 and JP21).

J24

J26

J27

J28

12

12

1 2

21


1

3

JP19

JP18

JP15JP21

1

1

1

3

3

3

Figure3.1.19 External Power Supply Connector Pin Assignments


R20UT2596EJ0008 Rev.0.08 3-22

Dec. 19, 2013

Table3.1.20 Digital 5V External Power Supply Connector (J24) Pin Descriptions Pin No. Signal Name Pin No. Signal Name

1 +5V 2 GND (Vss)

Table3.1.21 Digital 3.3V External Power Supply Connector (J26) Pin Descriptions Pin No. Signal Name Pin No. Signal Name

1 +3.3V 2 GND (Vss)

Table3.1.22 Analog 3.3V External Power Supply Connector (J27) Pin Descriptions Pin No. Signal Name Pin No. Signal Name

1 +3.3V 2 GND (AVss)

Table3.1.23 Digital 1.18V External Power Supply Connector (J28) Pin Descriptions Pin No. Signal Name Pin No. Signal Name

1 +1.18V 2 GND (Vss)


R20UT2596EJ0008 Rev.0.08 3-23

Dec. 19, 2013

3.1.16 Expansion Connectors (CN1 to CN9) The RTK772100BC00000BR has through holes which enables the expansion connectors (CN1 to CN9) to be mounted. Figure3.1.20 shows the Expansion Connector Pin Assignments. Table3.1.24 to Table3.1.32 list the Expansion Connector Pin Descriptions.





CN7: Expansion connectorCN6: Expansion connector



19 20

1 2

2

1

34

33

2

1

30

29

19 20

1 2

2

1

20

19

30

29

2

1 30

1 2

2

1

20

19

2

1

30

29CN4: Expansion connector

Figure3.1.20 Expansion Connector Pin Assignments


R20UT2596EJ0008 Rev.0.08 3-24

Dec. 19, 2013

Table3.1.24 Expansion Connector (CN1) Pin Descriptions 1


1 5VCC 2 P6_15 / D15 / DV0_DATA23 / RxD6 / LCD0_DATA7 / IRQ7

3 P6_14 / D14 / DV0_DATA22 / TxD6 / LCD0_DATA6 / IRQ6

4 P6_13 / D13 / DV0_DATA21 / SCK6 / RXD1 / LCD0_DATA5 / IRQ5

5 P6_12 / D12 / DV0_DATA20 / TXD1 / LCD0_DATA4 / IRQ4

6 3VCC

7 P6_11 / D11 / DV0_DATA15 / LCD0_TCON6 / SCK1 / LCD0_DATA3 / IRQ3

8 P6_10 / D10 / DV0_DATA14 / LCD0_TCON5 / RxD0 / LCD0_DATA2 / IRQ2

9 P6_9 / D9 / DV0_DATA13 / TxD0 / LCD0_DATA1 / IRQ1

10 P6_8 / D8 / DV0_DATA12 / CAN_CLK / SCK0 / LCD0_DATA0 / IRQ0

11 Vss 12 P6_7 / D7 / LCD1_DATA15 / LCD0_TCON6 / RxD5 / MISO1 / DV0_DATA23

13 P6_6 / D6 / LCD1_DATA14 / LCD0_TCON5 / TxD5 / MOSI1 / DV0_DATA22

14 P6_5 / D5 / LCD1_DATA13 / CTx2 / SCK5 / SSL10 / DV0_DATA21

15 P6_4 / D4 / LCD1_DATA12 / CRx2 / IRQ3 / RTS5 / RSPCK1 / DV0_DATA20

16 Vss

17 P6_3 / D3 / LCD1_DATA11 / LTXD1 / IRQ2 / CTS5 / TIOC2B / TxD2 / DV0_DATA19

18 P6_2 / D2 / LCD1_DATA10 / LRXD1 / IRQ7 / TCLKA / TIOC2A / RxD2 / DV0_DATA18

19 P6_1 / D1 / LCD1_DATA9 / LTXD0 / IRQ4 / TIOC1B / SSIDATA4 / TxD3 / DV0_DATA17

20 P6_0 / D0 / LCD1_DATA8 / LRXD0 / DV0_CLK / TIOC1A / IRQ5 / RxD3 / DV0_DATA16

: 5V system power supply, : 3.3V system power supply, and : GND


R20UT2596EJ0008 Rev.0.08 3-25

Dec. 19, 2013



1 Vss 2 CKIO 3 Vss 4 Vss 5 P11_11 / DV0_DATA23 / SD_D2_0 / RxD5 /

MMC_D2 / LCD0_TCON3 6 P11_10 / DV0_DATA22 / SD_D3_0 / TxD5 /

MMC_D3 / LCD0_TCON4 7 P11_9 / DV0_DATA21 / SD_CMD_0 / SCK5 /

MMC_CMD / LCD0_TCON5 8 P11_8 / DV0_DATA20 / SD_CLK_0 / RTS5 /

MMC_CLK / LCD0_TCON6 9 3VCC 10 3VCC 11 P11_7 / DV0_DATA19 / SD_D0_0 / CTS5 /

MMC_D0 / LCD0_DATA0 12 P11_6 / DV0_DATA18 / SD_D1_0 / SSIDATA4 /

MMC_D1 / LCD0_DATA1 13 P11_5 / DV0_DATA17 / SD_WP_0 / SSIWS4 /

LCD0_DATA2 14 P11_4 / DV0_DATA16 / SD_CD_0 / SSISCK4 /

MMC_CD / LCD0_DATA3 15 3VCC 16 3VCC 17 P11_15 / SPDIF_OUT / MISO1 / IRQ1 /

MMC_D7 / LCD0_CLK 18 P11_14 / SPDIF_IN / MOSI1 / LCD0_TCON5 /

MMC_D6 / LCD0_TCON0 19 P11_13 / CTx1 / SSL10 / LCD0_TCON4 /

MMC_D5 / LCD0_TCON1 20 P11_12 / CRx1 / RSPCK1 / IRQ3 / MMC_D4 /

LCD0_TCON2 21 Vss 22 P7_8 / RD / SSISCK3 / CRx0 / TIOC3A / IRQ1 23 P7_7 / WE1/DQMLU / DV0_DATA23 /

ET_TXD3 / RTS7 / SSIDATA2 / TIOC2B 24 P7_6 / WE0/DQMLL / DV0_DATA22 /

ET_TXD2 / CTS7 / SSIWS2 / TIOC2A 25 P7_5 / RD/WR / DV0_DATA21 / ET_TXD1 /

RXD7 / SSISCK2 / TIOC1B 26 P7_4 / CKE / DV0_DATA20 / ET_TXD0 / TXD7 /

SSITxD1 / TIOC1A 27 P7_3 / CAS / DV0_DATA19 / ET_TXEN /

SCK7 / CTx2 / SSIRxD1 / TIOC0D 28 P7_2 / RAS / DV0_DATA18 / ET_TXER / RXD4 /

CRx2 / SSIWS1 / TIOC0C 29 P7_1 / CS3 / DV0_DATA17 / ET_TXCLK /

TXD4 / DV0_CLK / SSISCK1 / TIOC0B 30 P7_0 / MD_BOOT2 / CS0 / DV0_DATA16 /

ET_MDC / SCK4 / LTXD0 / TIOC0A



R20UT2596EJ0008 Rev.0.08 3-26

Dec. 19, 2013



1 NC 2 NC 3 P9_1 / A25 / SPBIO31_0 / CRx0 / IRQ0 /

MISO2 4 Vss

5 P9_0 / A24 / SPBIO21_0 / CTx0 / TCLKC / MOSI2

6 P8_15 / A23 / SPBIO11_0 / SPBIO10_1 / TIOC2B / SSL20 / PWM1H / RxD4

7 P8_14 / A22 / SPBIO01_0 / SPBIO00_1 / TIOC2A / RSPCK2 / PWM1G / TxD4 / SSIDATA4

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

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

10 P8_11 / A19 / SPBIO30_1 / TIOC3B / RxD5 / PWM1D / SGOUT_1 / DV0_CLK

11 P8_10 / A18 / DV1_DATA7 / SPBIO20_1 / TIOC3A / CTx4 / PWM1C / SGOUT_0 / SSITxD5

12 P8_9 / A17 / DV1_DATA6 / SPBIO10_1 / SPDIF_OUT / TIOC1B / PWM1B / RxD3 / SSIWS5

13 Vss 14 P8_8 / A16 / DV1_DATA5 / SPBIO00_1 / SPDIF_IN / TIOC1A / PWM1A / TxD3 / SSISCK5

15 P8_7 / A15 / DV1_DATA4 / AUDIO_XOUT / IRQ5 / ET_COL

16 P8_6 / A14 / DV1_DATA3 / MISO2 / IETxD / TxD2

17 P8_5 / A13 / DV1_DATA2 / MOSI2 18 P8_4 / A12 / DV1_DATA1 / SSL20 / IERxD / RxD2

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

20 P8_2 / A10 / MISO0 / RXD5 / IRQ0

21 P8_1 / A9 / MOSI0 / ET_RXDV / TXD5 / SCI_RXD0

22 Vss

23 P8_0 / A8 / SSL00 / ET_RXER / SCK5 / SCI_SCK0

24 P7_15 / A7 / RSPCK0 / ET_RXCLK / CTS5 / SCI_TXD0 / TIOC4D

25 P7_14 / A6 / SSIDATA4 / ET_CRS / TIOC4C / IRQ6

26 P7_13 / A5 / SSIWS4 / ET_MDIO / TIOC4B / IRQ5

27 P7_12 / A4 / SSISCK4 / ET_RXD3 / TIOC4A / IRQ4

28 P7_11 / A3 / SSITxD3 / ET_RXD2 / CRx1 / TIOC3D / IRQ3

29 P7_10 / A2 / SSIRxD3 / ET_RXD1 / CTx1 / TIOC3C / IRQ2

30 P7_9 / A1 / SSIWS3 / ET_RXD0 / CTx0 / TIOC3B / IRQ0



R20UT2596EJ0008 Rev.0.08 3-27

Dec. 19, 2013



1 NMI 2 RES# 3 NC 4 NC 5 P3_1 / LCD0_TCON0 / ET_TXER / IRQ6 /

TxD2 / SCI_TXD1 / AUDIO_CLK / PWM2B / SSL30

6 P3_0 / LCD0_CLK / ET_TXCLK / IRQ2 / SCK2 / SCI_SCK1 / TxD2 / PWM2A / RSPCK3

7 P3_3 / LCD0_TCON2 / ET_MDIO / IRQ4 / BS / SCI_CTS1 / RTS1 / DACK0 / PWM2D / MISO3

8 P3_2 / LCD0_TCON1 / ET_TXEN / RxD2 / SCI_RXD1 / TEND0 / PWM2C / MOSI3

9 Vss 10 Vss 11 P3_5 / LCD0_TCON4 / ET_RXER / SSIWS1 /

AUDIO_XOUT3 / SCI_TXD0 / TIOC3B / TxD3 12 P3_4 / LCD0_TCON3 / ET_RXCLK / SSISCK1 /

AUDIO_XOUT2 / SCI_SCK0 / TIOC3A / SCK3 13 P3_7 / LCD0_TCON6 / SSITxD1 /

LCD1_EXTCLK / SCI_CTS0/RTS0 / TIOC3D / CS1 / WDTOVF

14 P3_6 / LCD0_TCON5 / ET_RXDV / SSIRxD1 / SCI_RXD0 / TIOC3C / RxD3

15 Vss 16 Vss 17 P10_3 / TCLKD / PWM2D / ET_CRS /

LCD0_DATA20 / VIO_FLD 18 P10_2 / DV0_HSYNC / TCLKC / PWM2C /

ET_TXEN / LCD0_DATA21 / VIO_HD 19 P10_1 / DV0_VSYNC / TCLKB / PWM2B /

ET_TXER / LCD0_DATA22 / VIO_VD 20 P10_0 / DV0_CLK / TCLKA / PWM2A /

ET_TXCLK / LCD0_DATA23 / VIO_CLK

: 5V system power supply, : 3.3V system power supply, and : GND Table3.1.28 Expansion Connector (CN5) Pin Descriptions 5


1 +12V 2 +12V 3 +12V 4 +12V 5 +12V 6 +12V 7 P1_15 / AN7 8 P1_14 / AN6 / ET_COL 9 AVcc 10 AVcc 11 P1_13 / AN5 / DV0_HSYNC / WAIT 12 P1_12 / AN4 / DV0_VSYNC / VIO_FLD 13 AVss 14 AVss 15 P1_11 / AN3 / IRQ5 / TCLKD 16 P1_10 / AN2 / IRQ4 / TCLKB 17 VBUS 18 VBUS 19 P1_9 / AN1 / IRQ3 / VIO_D15 / DV0_DATA15 20 P1_8 / AN0 / IRQ2 / DREQ0 / VIO_D14 /

DV0_DATA14



R20UT2596EJ0008 Rev.0.08 3-28

Dec. 19, 2013



1 P3_9 / LCD0_DATA1 / NAF1 / TRACEDATA1 / TIOC4B / SD_WP_1 / IRQ6

2 P3_8 / LCD0_DATA0 / NAF0 / TRACEDATA0 / TIOC4A / SD_CD_1 / MMC_CD

3 P3_11 / LCD0_DATA3 / NAF3 / TRACEDATA3 / TIOC4D / SD_D0_1 / MMC_D0

4 P3_10 / LCD0_DATA2 / NAF2 / TRACEDATA2 / TIOC4C / SD_D1_1 / MMC_D1

5 5VCC 6 5VCC 7 5VCC 8 5VCC 9 P3_13 / LCD0_DATA5 / NAF5 / AUDIO_XOUT /

SD_CMD_1 / MMC_CMD 10 P3_12 / LCD0_DATA4 / NAF4 / SD_CLK_1 /

MMC_CLK 11 P3_15 / LCD0_DATA7 / NAF7 / TRACECTRL /

SD_D2_1 / MMC_D2 12 P3_14 / LCD0_DATA6 / NAF6 / TRACECLK /

SD_D3_1 / MMC_D3 13 3VCC 14 3VCC 15 P4_1 / LCD0_DATA9 / TIOC0B / FCLE / SCK2 /

SSL40 / MMC_D5 16 P4_0 / LCD0_DATA8 / TIOC0A / FRE /

RSPCK4 / MMC_D4 17 P4_3 / LCD0_DATA11 / TIOC0D / FWE / CTx3 /

RxD2 / MISO4 / MMC_D7 18 P4_2 / LCD0_DATA10 / TIOC0C / FALE / CRx3 /

TxD2 / MOSI4 / MMC_D6 19 Vss 20 Vss 21 P10_5 / DV0_DATA1 / TIOC0B / PWM2F /

ET_TXD1 / LCD0_DATA18 / VIO_D1 22 P10_4 / DV0_DATA0 / TIOC0A / PWM2E /

ET_TXD0 / LCD0_DATA19 / VIO_D0 23 P10_7 / DV0_DATA3 / TIOC0D / PWM2H /

ET_TXD3 / LCD0_DATA16 / VIO_D3 24 P10_6 / DV0_DATA2 / TIOC0C / PWM2G /

ET_TXD2 / LCD0_DATA17 / VIO_D2 25 Vss 26 Vss 27 P4_5 / LCD0_DATA13 / SSL10 / TIOC4B /

PWM2F / SSIWS0 / DV0_DATA13 28 P4_4 / LCD0_DATA12 / RSPCK1 / TIOC4A /

PWM2E / SSISCK0 / DV0_DATA12 29 P4_7 / LCD0_DATA15 / MISO1 / TIOC4D /

PWM2H / SSITxD0 / DV0_DATA15 30 P4_6 / LCD0_DATA14 / MOSI1 / TIOC4C /

PWM2G / SSIRxD0 / DV0_DATA14



R20UT2596EJ0008 Rev.0.08 3-29

Dec. 19, 2013



1 AUDIO_XTAL1 2 AUDIO_XTAL2 3 Vss 4 Vss 5 P10_9 / DV0_DATA5 / TIOC1B / ET_RXD1 /

LCD0_DATA14 / VIO_D5 6 P10_8 / DV0_DATA4 / TIOC1A / ET_RXD0 /

LCD0_DATA15 / VIO_D4 7 P10_11 / DV0_DATA7 / TIOC2B / ET_RXD3 /

LCD0_DATA12 / VIO_D7 8 P10_10 / DV0_DATA6 / TIOC2A / ET_RXD2 /

LCD0_DATA13 / VIO_D6 9 P10_13 / DV0_DATA9 / SSIWS1 / SSL00 /

LCD0_DATA10 / VIO_D9 10 P10_12 / DV0_DATA8 / SSISCK1 / RSPCK0 /

LCD0_DATA11 / VIO_D8 11 P10_15 / DV0_DATA11 / SSITxD1 / MISO0 /

LCD0_DATA8 / VIO_D11 12 P10_14 / DV0_DATA10 / SSIRxD1 / MOSI0 /

LCD0_DATA9 / VIO_D10 13 P4_9 / LCD0_DATA17 / LCD1_TCON4 /

SD_WP_0 / SSIWS5 / CRx2 / TxD0 / IRQ1 14 P4_8 / LCD0_DATA16 / LCD1_TCON3 /

SD_CD_0 / MMC_CD / SSISCK5 / CTx2 / SCK0 / IRQ0

15 P4_11 / LCD0_DATA19 / LCD1_TCON6 / SD_D0_0 / MMC_D0 / SSITxD5 / CTx4 / SCK1 / IRQ3

16 P4_10 / LCD0_DATA18 / LCD1_TCON5 / SD_D1_0 / MMC_D1 / SSIRxD5 / RxD0 / IRQ2

17 P4_13 / LCD0_DATA21 / LCD1_TCON0 / SD_CMD_0 / MMC_CMD / SPBIO11_1 / SSIWS3 / RxD1 / IRQ5

18 P4_12 / LCD0_DATA20 / LCD1_CLK / SD_CLK_0 / MMC_CLK / SPBIO10_1 / SSISCK3 / TxD1 / IRQ4

19 P4_15 / LCD0_DATA23 / LCD1_TCON2 / SD_D2_0 / MMC_D2 / SPBIO31_1 / SSITxD3 / RxD2 / IRQ7

20 P4_14 / LCD0_DATA22 / LCD1_TCON1 / SD_D3_0 / MMC_D3 / SPBIO21_1 / SSIRxD3 / TxD2 / IRQ6

21 Vss 22 Vss 23 P2_1 / D17 / ET_TXER / DV0_DATA1 /

SPBIO10_1 / MLB_DAT / TIOC2A / VIO_D1 / LCD0_DATA17

24 P2_0 / D16 / ET_TXCLK / DV0_DATA0 / SPBIO00_1 / MLB_CLK / IRQ5 / VIO_D0 / LCD0_DATA16

25 P2_3 / D19 / ET_CRS / DV0_DATA3 / SPBIO30_1 / IERxD / CTS1 / VIO_D3 / LCD0_DATA19

26 P2_2 / D18 / ET_TXEN / DV0_DATA2 / SPBIO20_1 / MLB_SIG / TIOC2B / VIO_D2 / LCD0_DATA18

27 P2_5 / D21 / ET_TXD1 / DV0_DATA5 / SSIWS5 / SPBSSL_1 / TxD1 / VIO_D5 / LCD0_DATA21

28 P2_4 / D20 / ET_TXD0 / DV0_DATA4 / SSISCK5 / SPBCLK_1 / SCK1 / VIO_D4 / LCD0_DATA20

29 P2_7 / D23 / ET_TXD3 / DV0_DATA7 / SSITxD5 / IETxD / RTS1 / VIO_D7 / LCD0_DATA23

30 P2_6 / D22 / ET_TXD2 / DV0_DATA6 / SSIRxD5 / RxD1 / VIO_D6 / LCD0_DATA22

31 P2_9 / D25 / ET_RXD1 / DV0_DATA9 / SSIWS0 / LRXD0 / LCD1_DATA9 / VIO_D9 / SSL40

32 P2_8 / D24 / ET_RXD0 / DV0_DATA8 / SSISCK0 / LCD0_TCON6 / LCD1_DATA8 / VIO_D8 / RSPCK4

33 P2_11 / D27 / ET_RXD3 / DV0_DATA11 / SSITxD0 / TIOC1A / LCD1_DATA11 / VIO_D11 / MISO4

34 P2_10 / D26 / ET_RXD2 / DV0_DATA10 / SSIRxD0 / LTXD0 / LCD1_DATA10 / VIO_D10 / MOSI4



R20UT2596EJ0008 Rev.0.08 3-30

Dec. 19, 2013



1 P3_4 / LCD0_TCON3 / ET_RXCLK / SSISCK1 / AUDIO_XOUT2 / SCI_SCK0 / TIOC3A / SCK3

2 P3_3 / LCD0_TCON2 / ET_MDIO / IRQ4 / BS / SCI_CTS1 / RTS1 / DACK0 / PWM2D / MISO3

3 P3_6 / LCD0_TCON5 / ET_RXDV / SSIRxD1 / SCI_RXD0 / TIOC3C / RxD3

4 P3_5 / LCD0_TCON4 / ET_RXER / SSIWS1 / AUDIO_XOUT3 / SCI_TXD0 / TIOC3B / TxD3

5 3VCC 6 3VCC 7 P2_13 / D29 / SSL00 / DV0_DATA13 /

SPBIO11_0 / CTx3 / SCK0 / LCD1_DATA13 / IRQ7

8 P2_12 / D28 / RSPCK0 / DV0_DATA12 / SPBIO01_0 / CRx3 / IRQ6 / LCD1_DATA12 / TIOC1B

9 P2_15 / D31 / MISO0 / DV0_DATA15 / SPBIO31_0 / CAN_CLK / RxD0 / LCD1_DATA15 / IRQ1

10 P2_14 / D30 / MOSI0 / DV0_DATA14 / SPBIO21_0 / CRx4 / TxD0 / LCD1_DATA14 / IRQ0

11 Vss 12 Vss 13 P1_1 / SDA0 / DV0_DATA17 / TCLKC / IRQ1 /

VIO_HD / DV0_HSYNC 14 P1_0 / SCL0 / DV0_DATA16 / TCLKA / IRQ0 /

VIO_VD / DV0_VSYNC 15 P1_3 / SDA1 / DV0_DATA19 / ET_COL / IRQ3 /

ADTRG 16 P1_2 / SCL1 / DV0_DATA18 / FRB / IRQ2 /

LCD1_EXTCLK 17 P1_5 / SDA2 / DV1_CLK / CRx4 / IRQ5 /

VIO_CLK / LCD1_EXTCLK 18 P1_4 / SCL2 / DV0_CLK / CRx1 / IRQ4 /

CAN_CLK 19 P1_7 / SDA3 / DV1_HSYNC / LRXD0 / IRQ7 /

VIO_D13 / DV0_DATA13 20 P1_6 / SCL3 / DV1_VSYNC / IERxD / IRQ6 /

VIO_D12 / DV0_DATA12



R20UT2596EJ0008 Rev.0.08 3-31

Dec. 19, 2013



1 P5_1 / TXCLKOUTM / LCD1_DATA1 / LCD0_DATA17 / DV1_DATA1 / RxD4 / TIOC0B / SSL30

2 P5_0 / TXCLKOUTP / LCD1_DATA0 / LCD0_DATA16 / DV1_DATA0 / TxD4 / TIOC0A / RSPCK3

3 P5_3 / TXOUT2M / LCD1_DATA3 / LCD0_DATA19 / DV1_DATA3 / TxD3 / TIOC3C / MISO3

4 P5_2 / TXOUT2P / LCD1_DATA2 / LCD0_DATA18 / DV1_DATA2 / SCK3 / TIOC1B / MOSI3

5 P5_5 / TXOUT1M / LCD1_DATA5 / LCD0_DATA21 / DV1_DATA5 / AUDIO_XOUT / TIOC0C / FCE / DV0_DATA13

6 P5_4 / TXOUT1P / LCD1_DATA4 / LCD0_DATA20 / DV1_DATA4 / RxD3 / TIOC3D / DV0_DATA12

7 P5_7 / TXOUT0M / LCD1_DATA7 / LCD0_DATA23 / DV1_DATA7 / RxD6 / TIOC0D / SPDIF_OUT / DV0_DATA15

8 P5_6 / TXOUT0P / LCD1_DATA6 / LCD0_DATA22 / DV1_DATA6 / TxD6 / IRQ6 / SPDIF_IN / DV0_DATA14

9 Vss 10 Vss 11 P5_8 / LCD0_EXTCLK / IRQ0 / DV1_CLK /

DV0_CLK / CS2 12 Vss

13 Vss 14 Vss 15 P5_10 / WE3/DQMUU/AH / DV0_HSYNC /

CTx1 / IETxD / LCD1_DATA17 16 P5_9 / WE2/DQMUL / ET_MDC /

DV0_VSYNC / IRQ2 / CRx1 / IERxD / LCD1_DATA16

17 Vss 18 Vss 19 P9_3 / LCD1_DATA19 / SPBSSL_0 / TxD1 20 P9_2 / LCD1_DATA18 / SPBCLK_0 / LTXD0 /

SCK1 / A0 21 P9_5 / LCD1_DATA21 / SPBIO10_0 /

SSISCK2 / CTS1 / CS4 22 P9_4 / LCD1_DATA20 / SPBIO00_0 / RxD1

23 P9_7 / LCD1_DATA23 / SPBIO30_0 / SSIDATA2 / TIOC1A

24 P9_6 / LCD1_DATA22 / SPBIO20_0 / SSIWS2 / RTS1 / CS5

25 3VCC 26 3VCC 27 P11_1 / DV0_DATA13 / TIOC4B / TxD6 /

LCD0_DATA6 / VIO_D13 28 P11_0 / DV0_DATA12 / TIOC4A / SCK6 /

LCD0_DATA7 / VIO_D12 29 P11_3 / DV0_DATA15 / TIOC4D /

LCD0_DATA4 / VIO_D15 30 P11_2 / DV0_DATA14 / TIOC4C / RxD6 /

LCD0_DATA5 / VIO_D14



R20UT2596EJ0008 Rev.0.08 3-32

Dec. 19, 2013

3.2 Operation Parts Layout Figure3.2.1 shows the RTK772100BC00000BR Operation Parts Layout.

SW1:

DIP

sw

itch

for s

yste

m s

ettin

g

SW

5: N

MI s

witc

h

SW

6: IR

Q6

switc

h

SW

8: T

est s

witc

h

SW

7: T

oggl

e sw

itch

SW4: Power switchS

W2:

D

IP s

witc

h fo

r I/F

set

ting

SW

3:D

IP s

witc

h fo

r PH

Y s

ettin

g

SW

9: R

eset

sw

itch

JP1:

CR

x2/R

AS s

witc

h ju

mpe

r

JP2:

A16

/SPD

IF_I

N s

witc

h ju

mpe

r

JP3:

IRQ

6 se

lect

jum

per

JP4:

CR

x1/M

DC

sw

itch

jum

per

JP5:

MD

_BO

OT2

/CS

0 sw

itch

jum

per

JP6:

LCD

_EX

TCLK

/CS1

sw

itch

jum

per

JP7:

S

SL_0

con

nect

ion

jum

per

JP8:

SS

L_1/

A21

sw

itch

jum

per

JP9:VBUS0 power select jumper

JP10

:S

SL40

/MM

C_D

5 sw

itch

jum

per

JP11:VBUS1 power select jumper

JP12: RxD2 select jumperJP13: TxD2 select jumper

JP14:System power supply select jumper

JP15:5V power select jumper

JP21:Vcc power select jumper

JP18:PVcc power select jumper

JP19:Avcc power select jumper

LED6: Power LED

LED

1, L

ED

2: U

ser L

EDs

LED

3 to

LE

D5:

LAN

sta

tus

LED

s


Figure3.2.1 RTK772100BC00000BR Operation Parts Layout


R20UT2596EJ0008 Rev.0.08 3-33

Dec. 19, 2013

3.2.1 Jumpers (JP1 to JP15, JP18, JP19 and JP21) The RTK772100BC00000BR has 18 jumpers for system setting. Figure3.2.2 shows the RTK772100BC00000BR System Setting Jumper Assignments. Table3.2.1 to Table3.2.3 list the Jumper Settings.

JP9

31

13


JP19

JP14

JP10

JP7

JP5JP2JP4

JP1

JP8

JP6

JP18

JP11JP15

JP3 JP12 JP13

JP21

111

1

1

1

1

1

11 1

3

3

3

3

3

333

333

Figure3.2.2 RTK772100BC00000BR System Setting Jumper Assignments.


R20UT2596EJ0008 Rev.0.08 3-34

Dec. 19, 2013

Table3.2.1 Jumper Setting for Switching Multifunctional pins (JP1 to JP8, JP10, JP12 and JP13)

Jumper Setting Function

1 - 2 Connected to CAN transceiver IC (U24) as CRx2 input pin JP1

RAS/CRx2 None (open) Connected to SDRAM (U4 and U5) as RAS output pin 1 - 2 Connected to NOR flash memories (U2 and U3) as A16 output pin JP2

A16/SPDIF_IN 2 - 3 Connected to TOSLINK connector (U26) as SPDIF_IN input pin 1 - 2 Connected to IRQ6 switch (SW6) asIRQ6 input pin JP3

IRQ6/Ext 2 - 3 Connected to expansion connectors (CN4 to CN5) 1 - 2 Connected to CAN transceiver (U21) as CRx1 input pin JP4

CRx1/ET_MDC 2 - 3 Connected to Ethernet PHY (U29) as ET_MDC output pin 1 - 2 Connected to DIP switch for system setting (SW-3) as MD_BOOT2 input pin JP5

MD_BOOT2/CS0 2 - 3 Connected to NOR flash memory 1 (U2) as CS0 output pin 1 - 2 Connected to Crystal oscillator (X9) as LCD1_EXTCLK input pin JP6

LCD1_EXTCLK/CS1 2 - 3 Connected to NOR flash memory 2 (U3) as U3CS1 output pin 1 - 2 Connected to serial flash memories (U6 and U7) as SPBSSL_0 output pin JP7

SPBSSL_0/Ext None (open) Connected to expansion connectors (CN9 to CN19) 1 - 2 Connected to serial flash memory (U8) as SPBSSL_1 output pin JP8

SPBSSL_1/A21 None (open) Connected to NOR flash memory (U2 and U3) as A21 output pin 1 - 2 Connected to audio CODEC (U19) as SSL40 output pins JP10

SSL40/ FCLE/MMC_D5

None (open) Connected to NAND flash memory (U9) as FCLE output pin Connected to MMC card slot (J15) as MMC_D5 I/O pin

1 - 2 Connected to RS-232C transceiver (U27) as RxD2 input pin JP12 for RxD2

connection 2 - 3 Connected to USB serial converter IC (U28) as RxD2 input pin

1 - 2 Connected s to RS-232C transceiver (U27) as TxD2 output pin JP13 for TxD2

connection 2 - 3 Connected to USB serial converter IC (U28) as TxD2 output pin

indicates initial setting.

Note: The power of the board should be off when changing the jumpers. Table3.2.2 Jumper Setting for USB VBUS Power Supply (JP9 and JP11)


1 - 2 Used USB ch0 in host mode (Provides VBUS0 power supply) None (open) Used USB ch0 in function mode (Does not provide VBUS0 power supply)

JP9 for USB ch0

2 - 3 Used USB ch0 in host mode (Provides VBUS0 power supply from expansion connectors)

1 - 2 Used USB ch1 in host mode (Provides VBUS1 power supply) JP11 for USB ch1 None (open) Used USB ch1 in function mode (Does not provide VBUS1 power supply)


Note: The power of the board should be off when changing the jumpers.


R20UT2596EJ0008 Rev.0.08 3-35

Dec. 19, 2013

Table3.2.3 Jumper Setting for Power Select (JP14, JP1, JP18, JP19 and JP21)


1 - 2 Provides system power supply from J23 JP14 for system power

supply 2 - 3 Provides system power supply from J25 (using AC adapter)

1 - 2 Provides 5V power supply from U30 (Internal power supply) JP15 for 5V power

supply 2 - 3 Provides 5V power supply from J24. (External power supply)

1 - 2 Provides R7S72100 digital 3.3V power supply from U32 (Internal power supply) JP18 for D3.3V power

supply 2 - 3 Provides R7S72100 digital 3.3V power supply from J26 (External power supply)

1 - 2 Provides R7S72100 analog 3.3V power supply from U32 (Internal power supply) JP19 for A3.3V power

supply 2 - 3 Provides R7S72100 analog 3.3V power supply from J27 (External power supply)

1 - 2 Provides R7S72100 1.18V power supply from U34 (Internal power supply) JP21 for 1.18V power

supply 2 - 3 Provides R7S72100 1.18V power supply from J28 (External power supply)


Note: The power of the board should be off when changing the jumpers.


R20UT2596EJ0008 Rev.0.08 3-36

Dec. 19, 2013

3.2.2 Switches and LEDs The RTK772100BC00000BR includes nine switches and six LEDs. Figure3.2.3 shows the RTK772100BC00000BR Switches, LED Pin Assignments. Table3.2.5 to Table3.2.7 list the Function Descriptions for DIP switches, and Table3.2.8 lists the Descriptions of RTK772100BC00000BR LEDs.

LED6SW4

SW2

SW1

SW5 SW8

SW6 SW7

SW9

LED1LED2

SW3

LED3LED4LED5


Figure3.2.3 RTK772100BC00000BR Switches, LED Pin Assignments


R20UT2596EJ0008 Rev.0.08 3-37

Dec. 19, 2013

Table3.2.4 RTK772100BC00000BR Switches

No. Function Remarks

SW1 DIP switch for system setting (6/package) Refer to Table3.2.5 for more details SW2 DIP switch for I/F setting (4/package) Refer to Table3.2.6 for more details SW3 DIP switch for Ethernet PHY setting (8/package) Refer to Table3.2.7 for more details SW4 Power supply switch - SW5 NMI switch SW6 IRQ6 switch SW7 IRQ6 toggle switch SW8 TEST switch

Refer to Section 2.7 for more details

SW9 Reset switch Refer to Section 2.9 for more details Table3.2.5 Function Descriptions of DIP Switch for System Setting (SW1)


OFF MD_BOOT0 = "H" SW1-1 MD_BOOT0 ON MD_BOOT0 = "L"



Boot mode MD_BOOT[2:0]

Boot device

0 (B'*00) NOR flash memory (bus width 16-bit) 1 (B'*10) NOR flash memory (bus width 32-bit) 3 (B'101) Serial flash memory 4 (B'011) eSD 5 (B'111) eMMC

OFF MD_CLK = "H" Inputs system clock from USB_X1 SW1-4 MD_CLK ON MD_CLK = "L" Inputs system clock from EXTAL

OFF MD_CLKS = "H" SSCG operation ON SW1-5 MD_CLKS ON MD_CLKS = "L" SSCG operation OFF

OFF SW1-6 ON

Sets without reference to setting

indicates initial setting. Table3.2.6 Function Descriptions of DIP Switch for I/F Setting (SW2)


OFF LAN#/MLB,EXT = "H" Connected to MOST I/F connector (J3) and expansion connectors

SW2-1 P2_[11:0], P3_[6:3]

for connection destination ON LAN#/MLB,EXT = "L" Connected to Ethernet PHY (U20)

OFF SSIF#/EXT = "H" Connected to expansion connectors SW2-2 P4_[7:4]

for connection destination

ON SSIF#/EXT = "L" Connected to audio CODEC (U19)

OFF BSCANP = "H" Boundary scan operation SW2-3 BSCANP ON BSCANP = "L" Normal operation

OFF TP2 = "H" SW2-4 TP2 ON TP2 = "L"



R20UT2596EJ0008 Rev.0.08 3-38

Dec. 19, 2013

Table3.2.7 Function Descriptions of DIP Switch for Ethernet PHY Setting (SW3)


OFF P0RXD3 = "H" Autoneg enabled, 100BaseT SW3-1 Autoneg ON P0RXD3 = "L" Autoneg disabled, 100BaseT

OFF P0RXD2 = "H" If Autoneg disabled : Full Duplex If Autoneg enabled : Forced Full Duplex in parallel detect

SW3-2 Duplex

ON P0RXD2 = "L" If Autoneg disabled : Half Duplex If Autoneg enabled : Parallel detect ends in half duplex mode

OFF P0RXCLK = "H" If Autoneg enabled : Quick Autonegotiation, shortest times If Autoneg disabled : Special Isolate. In this mode the PHYs will not set up a link unless programmed and enabled through the SMI.

SW3-3 Quick Autoneg

ON P0RXCLK = "L" Disable Quick Autonegotiation OFF P0RXERR = "H" Configure MII Interface SW3-4

Interface ON P0RXERR = "L" Configure RMII Interface OFF P0TXCLK = "H" Fast Mode, Only "J" required for Start of Frame detection.

Do not use in RMII Mode. SW3-5

Frame detection ON P0TXCLK = "L" Standard Mode, "JK" required for Start of Frame detection. OFF P0CRS = "H" AUTOMDI-X enabled SW3-6

AUTOMDI-X ON P0CRS = "L" AUTOMDI-X disabled OFF P0RXD0 = "L" SW3-7

PHY Address0 ON P0RXD0 = "H" OFF P0RXD1 = "L" SW3-8

PHY Address1 ON P0RXD1 = "H"

Configures the upper two bits N and M of the PHY addresses. 00: device uses address 00xxx for SMI 01: device uses address 01xxx for SMI 10: device uses address 10xxx for SMI 11: device uses address 11xxx for SMI

indicates initial setting. Table3.2.8 Descriptions of RTK772100BC00000BR LEDs

No. Color Function

LED1 Yellow User LED (Lights up when P4_10 outputs "L") LED2 Yellow User LED (Lights up when P4_11 outputs "L") LED3 Green LAN status LED (LinkA: lights up when linked up) LED4 Green LAN status LED (ACT: blinks when communicating) LED5 Green LAN status LED (FD: lights up in full duplex communication) LED6 Blue Power supply LED (Lights up when 12V power is supplied)


R20UT2596EJ0008 Rev.0.08 3-39

Dec. 19, 2013

3.3 Dimensions Figure3.3.1 and Figure3.3.2 show the RTK772100BC00000BR Dimensions of Top View of Component Side. Figure3.3.3 shows the RTK772100BC00000BR Dimensions of Perspective View of Component Side.

[Top View of Component Side] Unit: mm

Figure3.3.1 RTK772100BC00000BR Dimensions 1 (Top View of Component Side)


R20UT2596EJ0008 Rev.0.08 3-40

Dec. 19, 2013

[Top View of Component Side] Unit: mm

Figure3.3.2 RTK772100BC00000BR Dimensions 2 (Top View of Component Side)


R20UT2596EJ0008 Rev.0.08 3-41

Dec. 19, 2013

[Perspective View of Component Side] Unit: mm

Figure3.3.3 RTK772100BC00000BR Dimensions 3 (Perspective View of Component Side)


R20UT2596EJ0008 Rev.0.08 3-42

Dec. 19, 2013

This page intentionally left blank

R7S72100 CPU board RTK772100BC00000BR (GENMAI) Appendix

R20UT2596EJ0008 Rev.0.08 Appendix-1 Dec. 19, 2013

Appendix RTK772100BC00000BR Schematics

R7S72100 CPU board RTK772100BC00000BR (GENMAI) Appendix

R20UT2596EJ0008 Rev.0.08 Appendix-2 Dec. 19, 2013

1

1

2

2

3

3

4

4

5

5

A A

B B

C C

D D

R7S72100 CPU board RTK772100BC00000BR SCHEMATICS(RZ/A1H, BGA324)

IndexCPU-mainCPU-power & clock, Dip-SWNOR-flash, SDRAMSerial-flash, NAND, EEPROM, MOSTAudio-codec, USB, LANSD/MMC, SPDIF, CAN, LVDSSerial(RS-232C, USB), UDIPower, Reset, Push-SWExt. Connector

PAGE

1 2 3 4 5 6 7 8 910

TITLE Note:

Digital GND (GND)

Analog GND (AVss)

Not mounted

12VCC = Digital 12V (System Power)5VCC = Digital 5V3VCC = Digital 3.3VPVcc = 3.3V for CPU I/OVcc = 1.18V for CPU CorePLLVcc = Digital 1.18V for PLLUSBAPVcc = Analog 3.3V for USBUSBAVcc = Analog 1.18V for USBAVcc = Analog 3.3VAVref = 3.3V for ADC Voltage ReferenceAN3V = Analog 3.3V for Audio-codec, LAN

R = Fixed ResistorsRA = Resistor ArrayC = Ceramic CapsCE = Tantalum Electrolytic CapsCP = Decoupling Caps

Renesas Solutions Corp.

DATE

APPROVEDSCALE

DESIGNEDCHECKEDDRAWN

CHANGE ( / )1 10

D-RTK772100BC00000BR_C-A-R0313-12-19

RTK772100BC00000BRINDEX


DATE

APPROVEDSCALE


CHANGE ( / )1 10

D-RTK772100BC00000BR_C-A-R0313-12-19



DATE

APPROVEDSCALE


CHANGE ( / )1 10

D-RTK772100BC00000BR_C-A-R0313-12-19


5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

Data

ADC

P4_11/SD_D0_0/(LED2)

P4_10/SD_D1_0/(LED1)

A9A10A11A12

A1

A13A14A15

A2A3A4A5A6A7A8

P7_0P7_1P7_2P7_3P7_4P7_5P7_6P7_7P7_8

P7_2

P23

P26

P2_9

P2_10

P2_11

P2_8P28

P29

P210

P211

P22

P211

P25

P21P2_1

P2_14P2_15

P2_12P2_13

P2_2

P2_3

P2_0P20

P21

P22

P23

P2[11:0]

P29P210

P27P28

P24

P20

P2_5

P2_6

P2_7

P2_4P24

P25

P26

P27

P10_2P10_3

P10_6P10_7

P10_4P10_5

P10_10P10_11

P10_8P10_9

P10_14P10_15

P10_12P10_13

P10_1P10_0

P11_14

P11_12P11_13

P11_15

P11_2P11_3

P11_0P11_1

P11_6P11_7

P11_4P11_5

P11_10P11_11

P11_8P11_9

P1_6P1_7

P1_0

P1_2P1_3

P1_1

P1_4P1_5

P6_14

P6_12P6_13

P6_15

P6_2P6_3

P6_0P6_1

P6_6P6_7

P6_4P6_5

P6_10P6_11

P6_8P6_9

P3_4

P3_5

P3_6

P3_3P33

P34

P35

P36

P3[6:3]P3_0

P3_10P3_11P3_12

P3_2

P35P36

P3_14P3_15

P3_13

P33P34

P3_7P3_8P3_9

P3_1

P4_5

P4_6

P4_7

P4_4

P4_10P4_11

P4_0

P4_12

P4_2

P4_14P4_15

P4_13

P4_3

P4_1

P4_8P4_9

P44

P45

P46

P47

P4[7:4]

P44P45P46P47

P4_10

P4_11

P19P1_9

P1_11

P1[11:8]

P1_10

P1_8

P110

P18

P111

P1_6P1_7

P1_0

P1_2P1_3

P1_1

P1_4P1_5

P1_14P1_15

P1_12P1_13

P18

P111P110P19

P5_3 P53

P52P53

P50P51

P56P57

P55P54

P5_6 P56

P5_9

P5_4 P54

P5[7:0]

P5_7 P57

P5_2

P51P5_1

P5_10

P5_8P5_9

P50

P52

P5_0

P5_5 P55

A18A19

A17

A16

P9_3P9_4P9_5P9_6P9_7

P9_2

A23A24A25

A21A22

A20

A[25:1][4,5,7,10]

P7_[8:0][4,7,10]

P7_2/CRx2[7]

P2_6/TxD[2] [6]

P2_[15:0] [5,10]

P2_0/TXCLK [6]

P2_10/RxD[2] [6]

P2_8/RxD[0] [6]

P2_2/TXEN [6]

P2_11/RxD[3] [6]

P2_3/CRS [6]

P2_1/TXER [6]

P2_9/RxD[1] [6]

P2_7/TxD[3] [6]

P2_4/TxD[0] [6]

P2_5/TxD[1] [6]

P10_[15:0] [10]

P11_[15:0] [10]

P1_[15:0][5,6,10]

P6_[15:0] [4]

P3_6/RXDV [6]

P3_3/MDIO [6]

P3_4/RXCLK [6]

SW2-1[3]

P3_5/RXER [6]

P3_[15:0] [4,5,7,8,10]

P3_1/IRQ6 [9]P4_[15:0] [5,6,7,10]

P4_7/SSITxD0 [6]

P4_4/SSISCK0 [6]

P4_5/SSIWS0 [6]

SW2-2[3]

P4_6/SSIRxD0 [6]

P5_4/TXOUT1P[7]

P5_5/TXOUT1M[7]

P5_9/CRx1[7]

P5_9/MDC[6]

P5_6/TXOUT0P[7]

P5_7/TXOUT0M[7]

P5_1/TXCLKOUTM[7]

P5_2/TXOUT2P[7]

P5_0/TXCLKOUTP[7]

P5_3/TXOUT2M[7]

P5_[10:0][4,5,7,8,10]

P8_8/SPDIF_IN[7]

P9_[7:2][5,10]

P8_12/SPBCLK_1[5]

3VCC

3VCC

3VCC

3VCC

3VCC

3VCC

AVcc

AVcc

AVcc

AVcc

3VCC


DATE

APPROVED

SCALE


CHANGE

( / )2 10

D-RTK772100BC00000BR_C-A-R0313-12-19

RTK772100BC00000BRCPU-main


DATE

APPROVED

SCALE


CHANGE

( / )2 10

D-RTK772100BC00000BR_C-A-R0313-12-19



DATE

APPROVED

SCALE


CHANGE

( / )2 10

D-RTK772100BC00000BR_C-A-R0313-12-19


Texas Instruments

MUX

U15SN74CB3Q3257Texas Instruments

MUX

U15SN74CB3Q3257

S1

OE

15

1A4

2A7

3A9

4A12

1B12

1B23

2B15

2B26

3B111

3B210

4B114

4B213

GND8

Vcc16

C20.1µFC20.1µF

R15 0ΩR15 0Ω

CP20.1µFCP20.1µF

D7RB520S-30D7RB520S-30

R19 0ΩR19 0Ω

R20 0ΩR20 0Ω

R4122ΩR4122Ω

LED1SML-311YTLED1SML-311YT

R9100ΩR9100Ω

C40.1µFC40.1µF

R16 0ΩR16 0Ω

R21 0ΩR21 0Ω

D6RB520S-30D6RB520S-30

Texas Instruments

MUX

U11 SN74CB3Q3257Texas Instruments

MUX

U11 SN74CB3Q3257

S1

OE

15

1A4

2A7

3A9

4A12

1B12

1B23

2B15

2B26

3B111

3B210

4B114

4B213

GND8

Vcc16

LED2SML-311YTLED2SML-311YT

D1RB520S-30D1RB520S-30

R17 0ΩR17 0Ω

R22 0ΩR22 0Ω

R11100ΩR11100Ω

R6 2.2kΩR6 2.2kΩ

JP1

HWP-2P-G

JP1

HWP-2P-G

R14 0ΩR14 0Ω

Texas Instruments

MUX


MUX

U13 SN74CB3Q3257

S1

OE

15

1A4

2A7

3A9

4A12

1B12

1B23

2B15

2B26

3B111

3B210

4B114

4B213

GND8

Vcc16

R301.5kΩR301.5kΩ

R13 0ΩR13 0Ω

R7 2.2kΩR7 2.2kΩ

Texas Instruments

MUX

U14SN74CB3Q3257Texas Instruments

MUX

U14SN74CB3Q3257

S1

OE

15

1A4

2A7

3A9

4A12

1B12

1B23

2B15

2B26

3B111

3B210

4B114

4B213

GND8

Vcc16

D5RB520S-30D5RB520S-30

C10.1µFC10.1µF

R23 0ΩR23 0Ω

R5 2.2kΩR5 2.2kΩ

D2RB520S-30D2RB520S-30

R1 2.2kΩR1 2.2kΩ

JP2HWP-3P-GJP2HWP-3P-G

12

3

R24 0ΩR24 0Ω

CP50.1µFCP50.1µF

R10100ΩR10100Ω

C30.1µFC30.1µF

CP30.1µFCP30.1µF

R8 2.2kΩR8 2.2kΩ

CP10.1µFCP10.1µF

R25 0ΩR25 0Ω


12

3

R27 0ΩR27 0Ω

R2 2.2kΩR2 2.2kΩ

Texas Instruments

MUX


MUX

U12 SN74CB3Q3257

S1

OE

15

1A4

2A7

3A9

4A12

1B12

1B23

2B15

2B26

3B111

3B210

4B114

4B213

GND8

Vcc16

CP40.1µFCP40.1µF

R26 0ΩR26 0Ω

R12100ΩR12100Ω

R4 2.2kΩR4 2.2kΩ

D4RB520S-30D4RB520S-30

R29 0ΩR29 0Ω

R3 2.2kΩR3 2.2kΩ

RenesasRZ/A1H_BGA324U1A

RenesasRZ/A1H_BGA324U1A

P6_5/D5/LCD1_DATA13/CTx2/SCK5/SSL10/DV0_DATA21C1

P6_6/D6/LCD1_DATA14/LCD0_TCON5/TxD5/MOSI1/DV0_DATA22D2

P6_7/D7/LCD1_DATA15/LCD0_TCON6/RxD5/MISO1/DV0_DATA23D1

P6_8/D8/DV0_DATA12/CAN_CLK/SCK0/LCD0_DATA0/IRQ0E3

P6_9/D9/DV0_DATA13/TxD0/LCD0_DATA1/IRQ1E2

P6_10/D10/DV0_DATA14/LCD0_TCON5/RxD0/LCD0_DATA2/IRQ2E1

P6_11/D11/DV0_DATA15/LCD0_TCON6/SCK1/LCD0_DATA3/IRQ3F3

P6_12/D12/DV0_DATA20/TXD1/LCD0_DATA4/IRQ4G4

P6_13/D13/DV0_DATA21/SCK6/RXD1/LCD0_DATA5/IRQ5F2

P6_14/D14/DV0_DATA22/TxD6/LCD0_DATA6/IRQ6F1

P6_15/D15/DV0_DATA23/RxD6/LCD0_DATA7/IRQ7G3

P7_12/A4/SSISCK4/ET_RXD3/TIOC4A/IRQ4M1

P7_13/A5/SSIWS4/ET_MDIO/TIOC4B/IRQ5N1

P7_15/A7/RSPCK0/ET_RXCLK/CTS5/SCI_TXD0/TIOC4DN3

P8_1/A9/MOSI0/ET_RXDV/TXD5/SCI_RXD0P2

P8_3/A11/DV1_DATA0/RSPCK2/RTS5/IRQ1/SCK2R1

P8_5/A13/DV1_DATA2/MOSI2R3

P8_9/A17/DV1_DATA6/SPBIO10_1/SPDIF_OUT/TIOC1B/PWM1B/RxD3/SSIWS5V3

P8_11/A19/SPBIO30_1/TIOC3B/RxD5/PWM1D/SGOUT_1/DV0_CLKW3

P8_13/A21/SPBSSL_1/TIOC3D/TXD5/PWM1F/SGOUT_3/SSIWS4V4

P8_14/A22/SPBIO01_0/SPBIO00_1/TIOC2A/RSPCK2/PWM1G/TxD4/SSIDATA4Y2

P9_1/A25/SPBIO31_0/CRx0/IRQ0/MISO2AA3

P7_0/MD_BOOT2/CS0/DV0_DATA16/ET_MDC/SCK4/LTXD0/TIOC0AH4

P7_3/CAS/DV0_DATA19/ET_TXEN/SCK7/CTx2/SSIRxD1/TIOC0DJ3

P7_4/CKE/DV0_DATA20/ET_TXD0/TXD7/SSITxD1/TIOC1AJ2

P7_6/WE0/DQMLL/DV0_DATA22/ET_TXD2/CTS7/SSIWS2/TIOC2AK3

P7_8/RD/SSISCK3/CRx0/TIOC3A/IRQ1K4

P3_6/LCD0_TCON5/ET_RXDV/SSIRxD1/SCI_RXD0/TIOC3C/RxD3AB3

P3_4/LCD0_TCON3/ET_RXCLK/SSISCK1/AUDIO_XOUT2/SCI_SCK0/TIOC3A/SCK3Y5

P3_2/LCD0_TCON1/ET_TXEN/RxD2/SCI_RXD1/TEND0/PWM2C/MOSI3Y7

P3_1/LCD0_TCON0/ET_TXER/IRQ6/TxD2/SCI_TXD1/AUDIO_CLK/PWM2B/SSL30AA7

P1_13/AN5/DV0_HSYNC/WAITY18

P1_11/AN3/IRQ5/TCLKDAA18

P1_9/AN1/IRQ3/VIO_D15/DV0_DATA15AB18

P11_12/CRx1/RSPCK1/IRQ3/MMC_D4/LCD0_TCON2G2

P11_13/CTx1/SSL10/LCD0_TCON4/MMC_D5/LCD0_TCON1G1

P11_14/SPDIF_IN/MOSI1/LCD0_TCON5/MMC_D6/LCD0_TCON0H3

P11_15/SPDIF_OUT/MISO1/IRQ1/MMC_D7/LCD0_CLKJ4

P11_5/DV0_DATA17/SD_WP_0/SSIWS4/LCD0_DATA2L1

P11_6/DV0_DATA18/SD_D1_0/SSIDATA4/MMC_D1/LCD0_DATA1M2

P11_8/DV0_DATA20/SD_CLK_0/RTS5/MMC_CLK/LCD0_TCON6T1

P11_10/DV0_DATA22/SD_D3_0/TxD5/MMC_D3/LCD0_TCON4T3

P11_11/DV0_DATA23/SD_D2_0/RxD5/MMC_D2/LCD0_TCON3U3

P10_1/DV0_VSYNC/TCLKB/PWM2B/ET_TXER/LCD0_DATA22/VIO_VDAA5

P10_3/TCLKD/PWM2D/ET_CRS/LCD0_DATA20/VIO_FLDAB5

P7_1/CS3/DV0_DATA17/ET_TXCLK/TXD4/DV0_CLK/SSISCK1/TIOC0BH2

P7_2/RAS/DV0_DATA18/ET_TXER/RXD4/CRx2/SSIWS1/TIOC0CH1

P7_5/RD/WR/DV0_DATA21/ET_TXD1/RXD7/SSISCK2/TIOC1BJ1

P7_7/WE1/DQMLU/DV0_DATA23/ET_TXD3/RTS7/SSIDATA2/TIOC2BK2

P7_9/A1/SSIWS3/ET_RXD0/CTx0/TIOC3B/IRQ0K1

P7_10/A2/SSIRxD3/ET_RXD1/CTx1/TIOC3C/IRQ2L3

P7_11/A3/SSITxD3/ET_RXD2/CRx1/TIOC3D/IRQ3L2

P11_4/DV0_DATA16/SD_CD_0/SSISCK4/MMC_CD/LCD0_DATA3L4

P11_7/DV0_DATA19/SD_D0_0/CTS5/MMC_D0/LCD0_DATA0M3

P7_14/A6/SSIDATA4/ET_CRS/TIOC4C/IRQ6N2

P8_0/A8/SSL00/ET_RXER/SCK5/SCI_SCK0P1

P8_2/A10/MISO0/RXD5/IRQ0P3

P8_4/A12/DV1_DATA1/SSL20/IERxD/RxD2R2

P11_9/DV0_DATA21/SD_CMD_0/SCK5/MMC_CMD/LCD0_TCON5T2

P8_6/A14/DV1_DATA3/MISO2/IETxD/TxD2U2

P3_8/LCD0_DATA0/NAF0/TRACEDATA0/TIOC4A/SD_CD_1/MMC_CDV19

P8_7/A15/DV1_DATA4/AUDIO_XOUT/IRQ5/ET_COLU4

P8_8/A16/DV1_DATA5/SPBIO00_1/SPDIF_IN/TIOC1A/PWM1A/TxD3/SSISCK5V2

P8_10/A18/DV1_DATA7/SPBIO20_1/TIOC3A/CTx4/PWM1C/SGOUT_0/SSITxD5W2

P8_12/A20/SPBCLK_1/TIOC3C/SCK5/PWM1E/SGOUT_2/SSISCK4Y1

P8_15/A23/SPBIO11_0/SPBIO10_1/TIOC2B/SSL20/PWM1H/RxD4AA1

P9_0/A24/SPBIO21_0/CTx0/TCLKC/MOSI2AB2

P3_7/LCD0_TCON6/SSITxD1/LCD1_EXTCLK/SCI_CTS0/RTS0/TIOC3D/CS1/WDTOVFY4

P3_5/LCD0_TCON4/ET_RXER/SSIWS1/AUDIO_XOUT3/SCI_TXD0/TIOC3B/TxD3AA4

P10_0/DV0_CLK/TCLKA/PWM2A/ET_TXCLK/LCD0_DATA23/VIO_CLKAB4

P10_2/DV0_HSYNC/TCLKC/PWM2C/ET_TXEN/LCD0_DATA21/VIO_HDY6

P3_3/LCD0_TCON2/ET_MDIO/IRQ4/BS/SCI_CTS1/RTS1/DACK0/PWM2D/MISO3AA6

P3_0/LCD0_CLK/ET_TXCLK/IRQ2/SCK2/SCI_SCK1/TxD2/PWM2A/RSPCK3AB6

P1_8/AN0/IRQ2/DREQ0/VIO_D14/DV0_DATA14AA17

P1_10/AN2/IRQ4/TCLKBY17

P1_12/AN4/DV0_VSYNC/VIO_FLDAB19

P1_14/AN6/ET_COLAA19

P1_15/AN7Y19

P3_11/LCD0_DATA3/NAF3/TRACEDATA3/TIOC4D/SD_D0_1/MMC_D0T21

P3_12/LCD0_DATA4/NAF4/SD_CLK_1/MMC_CLKT22

P3_14/LCD0_DATA6/NAF6/TRACECLK/SD_D3_1/MMC_D3R21

P4_0/LCD0_DATA8/TIOC0A/FRE/RSPCK4/MMC_D4P20

P4_2/LCD0_DATA10/TIOC0C/FALE/CRx3/TxD2/MOSI4/MMC_D6P21

P10_4/DV0_DATA0/TIOC0A/PWM2E/ET_TXD0/LCD0_DATA19/VIO_D0N19

P10_6/DV0_DATA2/TIOC0C/PWM2G/ET_TXD2/LCD0_DATA17/VIO_D2N21

P3_10/LCD0_DATA2/NAF2/TRACEDATA2/TIOC4C/SD_D1_1/MMC_D1T20

P3_13/LCD0_DATA5/NAF5/AUDIO_XOUT/SD_CMD_1/MMC_CMDR22

P3_15/LCD0_DATA7/NAF7/TRACECTRL/SD_D2_1/MMC_D2R20

P4_1/LCD0_DATA9/TIOC0B/FCLE/SCK2/SSL40/MMC_D5P22

P4_3/LCD0_DATA11/TIOC0D/FWE/CTx3/RxD2/MISO4/MMC_D7N22

P10_5/DV0_DATA1/TIOC0B/PWM2F/ET_TXD1/LCD0_DATA18/VIO_D1N20

P10_7/DV0_DATA3/TIOC0D/PWM2H/ET_TXD3/LCD0_DATA16/VIO_D3M22

P4_4/LCD0_DATA12/RSPCK1/TIOC4A/PWM2E/SSISCK0/DV0_DATA12M21

P4_6/LCD0_DATA14/MOSI1/TIOC4C/PWM2G/SSIRxD0/DV0_DATA14L22

P2_0/D16/ET_TXCLK/DV0_DATA0/SPBIO00_1/MLB_CLK/IRQ5/VIO_D0/LCD0_DATA16L21

P4_8/LCD0_DATA16/LCD1_TCON3/SD_CD_0/MMC_CD/SSISCK5/CTx2/SCK0/IRQ0K20

P4_10/LCD0_DATA18/LCD1_TCON5/SD_D1_0/MMC_D1/SSIRxD5/RxD0/IRQ2J22

P10_10/DV0_DATA6/TIOC2A/ET_RXD2/LCD0_DATA13/VIO_D6H21

P4_11/LCD0_DATA19/LCD1_TCON6/SD_D0_0/MMC_D0/SSITxD5/CTx4/SCK1/IRQ3H19

P4_12/LCD0_DATA20/LCD1_CLK/SD_CLK_0/MMC_CLK/SPBIO10_1/SSISCK3/TxD1/IRQ4H22

P4_5/LCD0_DATA13/SSL10/TIOC4B/PWM2F/SSIWS0/DV0_DATA13M20

P4_7/LCD0_DATA15/MISO1/TIOC4D/PWM2H/SSITxD0/DV0_DATA15L20

P2_1/D17/ET_TXER/DV0_DATA1/SPBIO10_1/MLB_DAT/TIOC2A/VIO_D1/LCD0_DATA17K22

P4_9/LCD0_DATA17/LCD1_TCON4/SD_WP_0/SSIWS5/CRx2/TxD0/IRQ1K21

P10_8/DV0_DATA4/TIOC1A/ET_RXD0/LCD0_DATA15/VIO_D4J21

P10_9/DV0_DATA5/TIOC1B/ET_RXD1/LCD0_DATA14/VIO_D5J20

P10_11/DV0_DATA7/TIOC2B/ET_RXD3/LCD0_DATA12/VIO_D7H20

P4_13/LCD0_DATA21/LCD1_TCON0/SD_CMD_0/MMC_CMD/SPBIO11_1/SSIWS3/RxD1/IRQ5G21

P4_15/LCD0_DATA23/LCD1_TCON2/SD_D2_0/MMC_D2/SPBIO31_1/SSITxD3/RxD2/IRQ7F22

P2_3/D19/ET_CRS/DV0_DATA3/SPBIO30_1/IERxD/CTS1/VIO_D3/LCD0_DATA19G20

P2_5/D21/ET_TXD1/DV0_DATA5/SSIWS5/SPBSSL_1/TxD1/VIO_D5/LCD0_DATA21E22

P4_14/LCD0_DATA22/LCD1_TCON1/SD_D3_0/MMC_D3/SPBIO21_1/SSIRxD3/TxD2/IRQ6G19

P2_2/D18/ET_TXEN/DV0_DATA2/SPBIO20_1/MLB_SIG/TIOC2B/VIO_D2/LCD0_DATA18F21

P2_4/D20/ET_TXD0/DV0_DATA4/SSISCK5/SPBCLK_1/SCK1/VIO_D4/LCD0_DATA20F19

P10_12/DV0_DATA8/SSISCK1/RSPCK0/LCD0_DATA11/VIO_D8E21

P10_14/DV0_DATA10/SSIRxD1/MOSI0/LCD0_DATA9/VIO_D10D22

P2_6/D22/ET_TXD2/DV0_DATA6/SSIRxD5/RxD1/VIO_D6/LCD0_DATA22E20

P2_7/D23/ET_TXD3/DV0_DATA7/SSITxD5/IETxD/RTS1/VIO_D7/LCD0_DATA23C22

P10_13/DV0_DATA9/SSIWS1/SSL00/LCD0_DATA10/VIO_D9F20

P10_15/DV0_DATA11/SSITxD1/MISO0/LCD0_DATA8/VIO_D11D21

P2_8/D24/ET_RXD0/DV0_DATA8/SSISCK0/LCD0_TCON6/LCD1_DATA8/VIO_D8/RSPCK4D20

P2_9/D25/ET_RXD1/DV0_DATA9/SSIWS0/LRXD0/LCD1_DATA9/VIO_D9/SSL40C21

P2_10/D26/ET_RXD2/DV0_DATA10/SSIRxD0/LTXD0/LCD1_DATA10/VIO_D10/MOSI4B22

P2_12/D28/RSPCK0/DV0_DATA12/SPBIO01_0/CRx3/IRQ6/LCD1_DATA12/TIOC1BA21

P2_14/D30/MOSI0/DV0_DATA14/SPBIO21_0/CRx4/TxD0/LCD1_DATA14/IRQ0C18

P1_0/SCL0/DV0_DATA16/TCLKA/IRQ0/VIO_VD/DV0_VSYNCA19

P1_2/SCL1/DV0_DATA18/FRB/IRQ2/LCD1_EXTCLKB18

P1_4/SCL2/DV0_CLK/CRx1/IRQ4/CAN_CLKB17

P1_6/SCL3/DV1_VSYNC/IERxD/IRQ6/VIO_D12/DV0_DATA12A17

P2_11/D27/ET_RXD3/DV0_DATA11/SSITxD0/TIOC1A/LCD1_DATA11/VIO_D11/MISO4E19

P2_13/D29/SSL00/DV0_DATA13/SPBIO11_0/CTx3/SCK0/LCD1_DATA13/IRQ7A20

P2_15/D31/MISO0/DV0_DATA15/SPBIO31_0/CAN_CLK/RxD0/LCD1_DATA15/IRQ1B19

P1_1/SDA0/DV0_DATA17/TCLKC/IRQ1/VIO_HD/DV0_HSYNCC17

P1_3/SDA1/DV0_DATA19/ET_COL/IRQ3/ADTRGA18

P1_5/SDA2/DV1_CLK/CRx4/IRQ5/VIO_CLK/LCD1_EXTCLKC16

P1_7/SDA3/DV1_HSYNC/LRXD0/IRQ7/VIO_D13/DV0_DATA13B16

P5_0/TXCLKOUTP/LCD1_DATA0/LCD0_DATA16/DV1_DATA0/TxD4/TIOC0A/RSPCK3A11

P5_1/TXCLKOUTM/LCD1_DATA1/LCD0_DATA17/DV1_DATA1/RxD4/TIOC0B/SSL30B11

P5_4/TXOUT1P/LCD1_DATA4/LCD0_DATA20/DV1_DATA4/RxD3/TIOC3D/DV0_DATA12C11

P5_5/TXOUT1M/LCD1_DATA5/LCD0_DATA21/DV1_DATA5/AUDIO_XOUT/TIOC0C/FCE/DV0_DATA13C10

P5_9/WE2/DQMUL/ET_MDC/DV0_VSYNC/IRQ2/CRx1/IERxD/LCD1_DATA16A7

P9_2/LCD1_DATA18/SPBCLK_0/LTXD0/SCK1/A0C8

P9_4/LCD1_DATA20/SPBIO00_0/RxD1B6

P9_6/LCD1_DATA22/SPBIO20_0/SSIWS2/RTS1/CS5A5

P5_2/TXOUT2P/LCD1_DATA2/LCD0_DATA18/DV1_DATA2/SCK3/TIOC1B/MOSI3A10

P5_3/TXOUT2M/LCD1_DATA3/LCD0_DATA19/DV1_DATA3/TxD3/TIOC3C/MISO3B10

P5_6/TXOUT0P/LCD1_DATA6/LCD0_DATA22/DV1_DATA6/TxD6/IRQ6/SPDIF_IN/DV0_DATA14A9

P5_7/TXOUT0M/LCD1_DATA7/LCD0_DATA23/DV1_DATA7/RxD6/TIOC0D/SPDIF_OUT/DV0_DATA15B9

P5_8/LCD0_EXTCLK/IRQ0/DV1_CLK/DV0_CLK/CS2B8

P5_10/WE3/DQMUU/AH/DV0_HSYNC/CTx1/IETxD/LCD1_DATA17B7

P9_3/LCD1_DATA19/SPBSSL_0/TxD1A6

P9_5/LCD1_DATA21/SPBIO10_0/SSISCK2/CTS1/CS4C7

P9_7/LCD1_DATA23/SPBIO30_0/SSIDATA2/TIOC1AB5

P11_1/DV0_DATA13/TIOC4B/TxD6/LCD0_DATA6/VIO_D13C6

P11_3/DV0_DATA15/TIOC4D/LCD0_DATA4/VIO_D15C5

P6_1/D1/LCD1_DATA9/LTXD0/IRQ4/TIOC1B/SSIDATA4/TxD3/DV0_DATA17D6

P6_3/D3/LCD1_DATA11/LTXD1/IRQ2/CTS5/TIOC2B/TxD2/DV0_DATA19D5

P11_0/DV0_DATA12/TIOC4A/SCK6/LCD0_DATA7/VIO_D12A4

P11_2/DV0_DATA14/TIOC4C/RxD6/LCD0_DATA5/VIO_D14B4

P6_0/D0/LCD1_DATA8/LRXD0/DV0_CLK/TIOC1A/IRQ5/RxD3/DV0_DATA16B3

P6_4/D4/LCD1_DATA12/CRx2/IRQ3/RTS5/RSPCK1/DV0_DATA20A2

P6_2/D2/LCD1_DATA10/LRXD1/IRQ7/TCLKA/TIOC2A/RxD2/DV0_DATA18C4

P3_9/LCD0_DATA1/NAF1/TRACEDATA1/TIOC4B/SD_WP_1/IRQ6W20

D3RB520S-30D3RB520S-30

D8RB520S-30D8RB520S-30

JP4

HWP-3P-G

JP4

HWP-3P-G

12

3

R281.5kΩR281.5kΩ

R18 0ΩR18 0Ω

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

XR2A-0811-N

USB

JTAG

Interrupt

VIN1VIN2

VIN3VIN4 VIN2

VIN1 VIN3

VIN4

VIN[4:1]

AUDIO_XTAL1[10]

WM8978/MCLK[6]

DM0 [6]DP0 [6]

VBUS0 [6]

DM1 [6]DP1 [6]

VBUS1 [6]

P7_0/MD_BOOT2[4]

TDO [8]TDI [8]

TMS [8]

TRST# [8]

TCK [8]

NMI [9,10]RES# [4,5,6,8,10]

CKIO_SD2[4]CKIO_SD1[4]

CKIO_CN[10]

SW2-1[2]SW2-2[2]

AUDIO_XTAL2[10]

USBAVcc

VDAVcc

USBAPVcc

PVcc

Vcc

AVccAVref

LVDSAPVccLVDSPLLVcc

3VCC

3VCC

3VCC

3VCC

3VCC

3VCC

3VCC

3VCC

Vcc

PLLVcc


DATE

APPROVED

SCALE


CHANGE

( / )3 10

D-RTK772100BC00000BR_C-A-R0313-12-19

RTK772100BC00000BRCPU-power & clock, Dip-SW


DATE

APPROVED

SCALE


CHANGE

( / )3 10

D-RTK772100BC00000BR_C-A-R0313-12-19



DATE

APPROVED

SCALE


CHANGE

( / )3 10

D-RTK772100BC00000BR_C-A-R0313-12-19


R45

75Ω

R45

75Ω

CP220.1µFCP220.1µF

CP4

00.

1µF/

1005

CP4

00.

1µF/

1005

CP4

80.

1µF/

1005

CP4

80.

1µF/

1005

CP1

80.

1µF/

1005

CP1

80.

1µF/

1005

+ CE64.7µF/10V

+ CE64.7µF/10V

CP3

80.

1µF/

1005

CP3

80.

1µF/

1005

CP6

70.

1µF/

1005

CP6

70.

1µF/

1005

R36

22kΩ

R36

22kΩ

R4722kΩ-1%R4722kΩ-1%


CP1

70.

1µF/

1005

CP1

70.

1µF/

1005

CP3

90.

1µF/

1005

CP3

90.

1µF/

1005

R54

22Ω

R54

22Ω

R35

22kΩ

R35

22kΩ

CP3

60.

1µF/

1005

CP3

60.

1µF/

1005

R43

75Ω

R43

75Ω

CP7

00.

1µF/

1005

CP7

00.

1µF/

1005

R66

22kΩ

R66

22kΩ

CP1

20.

1µF/

1005

CP1

20.

1µF/

1005

C120.1µFC120.1µF

CP3

70.

1µF/

1005

CP3

70.

1µF/

1005

R44

75Ω

R44

75Ω


CP6

90.

1µF/

1005

CP6

90.

1µF/

1005

C628pFC628pF

R38

22kΩ

R38

22kΩ

R4018ΩR4018Ω

R481MΩR481MΩ

C8 0.1µFC8 0.1µF

CP6

80.

1µF/

1005

CP6

80.

1µF/

1005

+ CE84.7µF/10V

+ CE84.7µF/10V

+ CE5

22µF/10V

+ CE5

22µF/10V

CP2

60.

1µF/

1005

CP2

60.

1µF/

1005

CP7

10.

1µF/

1005

CP7

10.

1µF/

1005

R63

0ΩR

630Ω

C7 0.1µFC7 0.1µF

CP5

40.

1µF/

1005

CP5

40.

1µF/

1005

CP3

50.

1µF/

1005

CP3

50.

1µF/

1005

X7FA-128_27MHzX7FA-128_27MHz

2 4

1 3

+ CE74.7µF/10V

+ CE74.7µF/10V

C9 0.1µFC9 0.1µF

CP60.1µFCP60.1µF

CP5

70.

1µF/

1005

CP5

70.

1µF/

1005

R68

22kΩ

R68

22kΩ

+ CE4

22µF/10V

+ CE4

22µF/10V

CypressU16CY2305SC-1H CypressU16CY2305SC-1H

REF1

CLKOUT8

CLK13

CLK22

CLK35

CLK47

VDD6

GN

D4

R340ΩR340Ω

X8SG-8002DC_22.5792MHzX8SG-8002DC_22.5792MHz

OUT5

VCC8

GND4

OE1

R37

22kΩ

R37

22kΩ

X5SG-8002DC_48MHzX5SG-8002DC_48MHz

OUT5

VCC8

GND4

OE1

R61 22ΩR61 22Ω

OMRON

SW1A6S-6104OMRON

SW1A6S-6104

12345

12111098

6 7



C610pFC610pF

+ CE9

220µF/6.3V

+ CE9

220µF/6.3V

R51 22ΩR51 22Ω

EMUDEN

J1T5857EMUDEN

J1T5857

3

5

4

1

2

6

+ CE3

22µF/10V

+ CE3

22µF/10V

CP6

10.

1µF/

1005

CP6

10.

1µF/

1005

CP3

20.

1µF/

1005

CP3

20.

1µF/

1005

CP2

50.

1µF/

1005

CP2

50.

1µF/

1005


+ CE10

220µF/6.3V

+ CE10

220µF/6.3V

CP4

10.

1µF/

1005

CP4

10.

1µF/

1005

R33

22kΩ

R33

22kΩ


CP3

10.

1µF/

1005

CP3

10.

1µF/

1005

R585.6kΩ-1%R585.6kΩ-1%

CP1

40.

1µF/

1005

CP1

40.

1µF/

1005

CP2

90.

1µF/

1005

CP2

90.

1µF/

1005

X4SG-8002CA_4MHzX4SG-8002CA_4MHz

OUT3

VCC4

GND2

OE1


CP100.001µFCP100.001µF

CP3

30.

1µF/

1005

CP3

30.

1µF/

1005

R5022ΩR5022Ω

CP5

10.

1µF/

1005

CP5

10.

1µF/

1005

R3918ΩR3918Ω

RZ/A1H_BGA324U1BRZ/A1H_BGA324U1B

CKIOV1

RESY8NMIY9

RTC_X1AB8

RTC_X2AA8

Vss69Y10

P0_4/RTC_X3AB9

P0_5/RTC_X4AA9

DM_1AA11

DP_1AB11

VBUSIN1Y11

DM_0AB12

DP_0AA12

VBUSIN0Y12

REFRINAA13

USB_X1AB15

USB_X2AA15

EXTALAB16

XTALAA16

BSCANPAA22

VIDEO_X1Y22

VIDEO_X2Y21

AUDIO_X1W22

AUDIO_X2W21 TRST

V20

JP0_1/TDOU20JP0_0/TDIV21

TMSV22

TCKU21

VIN1AB15

VIN2AA15

REXTC14

VRPD14

VRMC13

VIN1BB13

VIN2BA13

Vss68B12

Vss70C9

P0_0/MD_BOOT0Y15

P0_1/MD_BOOT1Y16

P0_2/MD_CLKA16

P0_3/MD_CLKSA3

LVDSREFRIND11

C110.1µFC110.1µF

C638pFC638pF

CP5

20.

1µF/

1005

CP5

20.

1µF/

1005

C142.2µFC142.2µF

R32

_22kΩ

R32

_22kΩ

R57

_22kΩ

R57

_22kΩ

C130.1µFC130.1µF

+ CE2

10µF/16V

+ CE2

10µF/16V

CP5

80.

1µF/

1005

CP5

80.

1µF/

1005

C59

_0.3

3µF

C59

_0.3

3µF

CP5

30.

1µF/

1005

CP5

30.

1µF/

1005

R56

_22kΩ

R56

_22kΩCP47

0.1µFCP470.1µF

CP6

30.

1µF/

1005

CP6

30.

1µF/

1005

R53

22Ω

R53

22Ω

CP5

60.

1µF/

1005

CP5

60.

1µF/

1005

CP4

90.

1µF/

1005

CP4

90.

1µF/

1005

R495.6kΩ-1%R495.6kΩ-1%

CP2

70.

1µF/

1005

CP2

70.

1µF/

1005

CP6

00.

1µF/

1005

CP6

00.

1µF/

1005

CP1

10.

1µF/

1005

CP1

10.

1µF/

1005

CP2

80.

1µF/

1005

CP2

80.

1µF/

1005

C10 0.1µFC10 0.1µF

R3118ΩR3118Ω

OMRON

SW2A6S-4104OMRON

SW2A6S-4104

1234

8765

CP5

50.

1µF/

1005

CP5

50.

1µF/

1005

+ CE1

10µF/16V

+ CE1

10µF/16V

C510pFC510pF

R551kΩR551kΩ

CP5

00.

1µF/

1005

CP5

00.

1µF/

1005

R64

0ΩR

640Ω

R52

22Ω

R52

22Ω

CP7

20.

1µF/

1005

CP7

20.

1µF/

1005

CP6

20.

1µF/

1005

CP6

20.

1µF/

1005

R59 22ΩR59 22Ω

X1SG-8002DC_13.3333MHzX1SG-8002DC_13.3333MHz

OUT5

VCC8

GND4

OE1

R60 22ΩR60 22Ω

TP2TP2

R65

22kΩ

R65

22kΩ


RZ/A1H_BGA324U1CRZ/A1H_BGA324U1C

Vcc4D13Vcc3D3Vcc2C2Vcc1B1

PVcc3D7PVcc2C19PVcc1B20

Vss8C15

Vss9C20

Vss1A1

Vss10D4

Vss2A8

Vss11D10

Vss12D15

Vss13D19

PVcc4D8

Vss14G22

Vcc11R19

Vss3A12

Vss4A22

PVcc5D16

Vss15J9

Vcc5E4

PVcc6D17

Vss16J10

PVcc7D18

Vss17J11

PVcc8L19

Vss18J12

Vcc6F4

Vss33M9

PLLVccW14

PVcc9M19

Vss19J13

AVcc2AA20

AV

ss2

AB

20

AVrefAB21

Vss20J14

PVcc10N4

PVcc11P4

PVcc12W4

PVcc13W5

PVcc14W6

PVcc15W12

PVcc16W13

PVcc17W19

Vss58W15

AV

ss1

W17

Vcc7J19

Vcc8K19

Vcc9M4

Vcc10R4

Vcc12T4

Vcc15W9

Vss5B2

Vss21K9

Vss6B21

Vss22K10

Vss23K11

Vss24K12

Vss25K13

Vss26K14

Vss27L9

Vss7C3

Vss28L10

Vss29L11

Vss30L12

Vss31L13

Vss32L14

PVcc18Y3

PVcc19Y20

PVcc20AA2

Vss52U1

Vss48P12

Vss53U22

Vss49P13

Vss54W1

Vss50P14

Vss51P19

VDAVccB14

VDAVssA14

Vss55W7

Vss60Y14

Vss56W8

Vss61AA10

Vss57W11

Vss62AA14

LVDSPLLVccD9

Vss64AB10

Vss65AB13

Vss66AB17

PVcc21AA21

PVcc22AB1

Vss59W16

Vcc16W10

Vcc13T19

Vcc14U19

Vss63AB7

Vss67AB22

Vss34M10

Vss35M11

Vss36M12

Vss37M13

Vss38M14

Vss39N9

Vss40N10

Vss41N11

Vss42N12

Vss43N13

Vss44N14

Vss45P9

Vss46P10

Vss47P11

LVDSAPVcc1C12

LVDSAPVcc2D12

AVcc1W18

USBAPVccAB14

USBAVccY13

X2MC-306 32.768KHzX2MC-306 32.768KHz

CP3

00.

1µF/

1005

CP3

00.

1µF/

1005

CP1

90.

1µF/

1005

CP1

90.

1µF/

1005

R67

22kΩ

R67

22kΩ

CP1

30.

1µF/

1005

CP1

30.

1µF/

1005

R42

75Ω

R42

75Ω

CP5

90.

1µF/

1005

CP5

90.

1µF/

1005

1

1

2

2

3

3

4

4

5

5

A A

B B

C C

D D

NOR-flash1 (64MB)

SDRAM2 (64MB)

NOR-flash2 (64MB)

P7_8/RDP7_6/WE0/DQMLL

P7_0/MD_BOOT2/CS0

P3_7/LCD1_EXTCLK/CS1

XR2A-0811-N

SDRAM1 (64MB)

P7_2/RAS/CRx2P7_3/CAS/CTx2

P7_1/CS3

P7_5/RDWR

P7_6/WE0/DQMLLP7_7/DQMLU

P7_4/CKE

P5_8/CS2D0

D2

D9

D4

D1

D13D12

D6

D14D15

D3

D8

D11

D7

D5

D10

A2

A20A21

A4A5A6A7A8

A3

A9

A19

A1

A22A23A24

A18A17A16A15A14A13A12A11A10

A4

A6

A8A9

A12

A5

A2

A11A10

A3

A7

A1

D5

D3

D8D7

D0

D2

D6

D10D11

D4

D1

D9

D15D14

D12D13

A18A17A16

A23

A15A14A13

D0

D2

D9

D4

D1

D13D12

D6

D14D15

D3

D8

D11

D7

D5

D10

A12

A24

A11

A2

A20A21

A4A5A6A7A8

A3

A9

A19

A1

A22

A10

A25

A25

P7_0

P3_7

A24A23

A25

A21A22

A13A14A15

A13A14A15

A4

A6

A8A9

A12

A5

A2

A11A10

A3

A7

A1

D5

D3

D8D7

D0

D2

D6

D10D11

D4

D1

D9

D15D14

D12D13

P7_[8:0]

P7_4

P7_6P7_7

P7_5P7_3P7_2

P7_1

P7_8P7_6

A[25:1]

P5_[10:0]

P5_8P6_14P6_13P6_12

P6_15

P6_15

P6_13P6_14

P6_12

P6_1P6_2

P6_5P6_6

P6_3

P6_7

P6_0P6_3P6_2P6_1

P6_4

P6_0

P6_11

P6_8P6_9P6_10

P6_8P6_9

P6_11P6_10

D4

D6

D8

P6_6P6_5

D10

D7

D5P6_7

P6_4

D11

D9

D15

D13D12

D14

D3

D1D0

D2

D[15:0]

A20

A16

A[25:1][2,5,7,10]

RES#[3,5,6,8,10]

CKIO_SD2[3]

P7_[8:0][2,7,10]

P7_0/MD_BOOT2[3]

P3_[15:0][2,5,7,8,10]

CKIO_SD1[3]

P5_[10:0][2,5,7,8,10]

D[15:0] [10]P6_[15:0][2]

3VCC

3VCC

3VCC

3VCC

3VCC

3VCC

3VCC

3VCC

3VCC

3VCC

3VCC

3VCC


DATE

APPROVED

SCALE


CHANGE

( / )4 10

D-RTK772100BC00000BR_C-A-R0313-12-19

RTK772100BC00000BRNOR-flash, SDRAM


DATE

APPROVED

SCALE


CHANGE

( / )4 10

D-RTK772100BC00000BR_C-A-R0313-12-19



DATE

APPROVED

SCALE


CHANGE

( / )4 10

D-RTK772100BC00000BR_C-A-R0313-12-19


CP8

90.

1µF

CP8

90.

1µF

ISSI

U4IS42S16320BISSI

U4IS42S16320B

BA121

BA020

A1135

A1022

A934

A833

A732

A631

A530

A429

A326

A225

A124

A023

CS19

RAS18

CAS17

WE16

DQMU39

DQML15

CKE37

CLK38

DQ1553

DQ1451

DQ1350

DQ1248

DQ1147

DQ1045

DQ944

DQ842

DQ713

DQ611

DQ510

DQ48

DQ37

DQ25

DQ14

DQ02

VS

S28

VS

S41

VS

S54

VS

SQ

6

VS

SQ

12

VS

SQ

46

VS

SQ

52

VDD1

VDD14

VDD27

VDDQ3

VDDQ9

VDDQ43

VDDQ49

NC40

A1236

+ CE124.7µF/10V

+ CE124.7µF/10V

R91 22kΩR91 22kΩ

R8818ΩR8818Ω

CP9

00.

1µF

CP9

00.

1µF

R70 0ΩR70 0Ω

CP8

70.

1µF

CP8

70.

1µF

R79

22kΩ

R79

22kΩ

R86

_22kΩ

R86

_22kΩ


C16

_18p

FC

16_1

8pF

RA4

MNR14_22Ω

RA4

MNR14_22Ω

1234 5

678

R94 22kΩR94 22kΩ

R72

22kΩ

R72

22kΩ

R85

22kΩ

R85

22kΩ

+ CE134.7µF/10V

+ CE134.7µF/10V

ISSI

U5IS42S16320BISSI

U5IS42S16320B

BA121

BA020

A1135

A1022

A934

A833

A732

A631

A530

A429

A326

A225

A124

A023

CS19

RAS18

CAS17

WE16

DQMU39

DQML15

CKE37

CLK38

DQ1553

DQ1451

DQ1350

DQ1248

DQ1147

DQ1045

DQ944

DQ842

DQ713

DQ611

DQ510

DQ48

DQ37

DQ25

DQ14

DQ02

VS

S28

VS

S41

VS

S54

VS

SQ

6

VS

SQ

12

VS

SQ

46

VS

SQ

52

VDD1

VDD14

VDD27

VDDQ3

VDDQ9

VDDQ43

VDDQ49

NC40

A1236

R78

22kΩ

R78

22kΩ

X9_SG-8002DCX9_SG-8002DC

OUT5

VCC8

GND4

OE1

CP9

20.

1µF

CP9

20.

1µF


12

3 CP8

50.

1µF

CP8

50.

1µF

R89 22kΩR89 22kΩ

CP8

20.

1µF

CP8

20.

1µF

R69

22kΩ

R69

22kΩ

R87

_22kΩ

R87

_22kΩ

R83

22kΩ

R83

22kΩ

R74

22kΩ

R74

22kΩ

RA1

MNR14_22kΩ

RA1

MNR14_22kΩ

1234 5

678

CP9

30.

1µF

CP9

30.

1µF

CP7

90.

1µF

CP7

90.

1µF

CP8

60.

1µF

CP8

60.

1µF

Spansion

U3S29GL512S-56Spansion

U3S29GL512S-56

A2456

A231

A222

A2115

A2012

A1911

A1818

A1719

A1654

A153

A144

A135

A126

A117

A108

A99

A810

A720

A621

A522

A423

A324

A225

A126

A031

RFU353

CE32

OE34

WE13

RESET14

WP16

DQ1551

DQ1449

DQ1347

DQ1245

DQ1142

DQ1040

DQ938

DQ836

DQ750

DQ648

DQ546

DQ444

DQ341

DQ239

DQ137

DQ035

NC(A25)55

RFU230

DNU28

RFU127

RY/BY17

VIO29

VCC43

VS

S33

VS

S52

R75

22kΩ

R75

22kΩ

+ CE144.7µF/10V

+ CE144.7µF/10V

CP8

10.

1µF

CP8

10.

1µF

R90 22kΩR90 22kΩ

RA7

MNR14_22kΩ

RA7

MNR14_22kΩ

1234 5

678

Spansion

U2S29GL512S-56Spansion

U2S29GL512S-56

A2456

A231

A222

A2115

A2012

A1911

A1818

A1719

A1654

A153

A144

A135

A126

A117

A108

A99

A810

A720

A621

A522

A423

A324

A225

A126

A031

RFU353

CE32

OE34

WE13

RESET14

WP16

DQ1551

DQ1449

DQ1347

DQ1245

DQ1142

DQ1040

DQ938

DQ836

DQ750

DQ648

DQ546

DQ444

DQ341

DQ239

DQ137

DQ035

NC(A25)55

RFU230

DNU28

RFU127

RY/BY17

VIO29

VCC43

VS

S33

VS

S52

R71

22kΩ

R71

22kΩ

CP8

00.

1µF

CP8

00.

1µF

R324 _22kΩR324 _22kΩ

RA5

MNR14_22kΩ

RA5

MNR14_22kΩ

1234 5

678

R77

22kΩ

R77

22kΩ

RA6

MNR14_22Ω

RA6

MNR14_22Ω

1234 5

678

R80 0ΩR80 0Ω

+ CE114.7µF/10V

+ CE114.7µF/10V

CP7

80.

1µF

CP7

80.

1µF

R93 22kΩR93 22kΩ

RA2

MNR14_22Ω

RA2

MNR14_22Ω

1234 5

678

CP7

70.

1µF

CP7

70.

1µF

R81

22kΩ

R81

22kΩ

R82

22kΩ

R82

22kΩ

CP9

10.

1µF

CP9

10.

1µF

R73

_22kΩ

R73

_22kΩ

CP8

40.

1µF

CP8

40.

1µF

CP7

60.

1µF

CP7

60.

1µF

C17

_18p

FC

17_1

8pF

R92 22kΩR92 22kΩ

R76

22kΩ

R76

22kΩ

RA3

MNR14_22kΩ

RA3

MNR14_22kΩ

1234 5

678

CP8

80.

1µF

CP8

80.

1µFR

8422

kΩR

8422

kΩ

CP8

30.

1µF

CP8

30.

1µF

RA8

MNR14_22Ω

RA8

MNR14_22Ω

1234 5

678


12

3

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

P3_14/NAF6/TRACECLK/MMC_D3P3_13/NAF5/MMC_CMDP3_12/NAF4/MMC_CLK

P3_10/NAF2/TRACEDATA2/MMC_D1P3_9/NAF1/TRACEDATA1/SD_WP_1

P4_3/FWE/MMC_D7P4_2/FALE/MOSI4/MMC_D6P4_1/FCLE/SSL40/MMC_D5P4_0/FRE/RSPCK4/MMC_D4

NAND-flash (512MB)

P3_15/NAF7/MMC_D2

Serial-flash1(64MB)

Serial-flash2(64MB)

Serial-flash3(64MB)

P1_2/SCL1/FRBP5_5/TXOUT1M/FCE

EEPROM(16KB)

15.24mm

2.54mm

P2_3/ET_CRS/(RESETB)

P1_4/SCL2P1_5/SDA2

P2_0/MLB_CLK

P2_2/MLB_SIG

P2_1/MLB_DAT

MOST50

P1_5/SDA2

P1_4/SCL2

P1_3/SDA1

P1_2/SCL1/FRB

P9_2/SPBCLK_0P9_3/SPBSSL_0P9_4/SPBIO00_0P9_5/SPBIO10_0P9_6/SPBIO20_0P9_7/SPBIO30_0

P2_12/SPBIO01_0P2_13/SPBIO11_0P2_14/SPBIO21_0P2_15/SPBIO31_0

P8_12/A20/SPBCLK_1P8_13/A21/SPBSSL_1P8_14/A22/SPBIO00_1P8_15/A23/SPBIO10_1P8_10/A18/SPBIO20_1P8_11/A19/SPBIO30_1

P5_10/CTx1/(RESETB)

P3_8/NAF0/TRACEDATA0/MMC_CD

P3_11/NAF3/TRACEDATA3/MMC_D0

P4_1P4_2

P3_9

P3_13P3_12

P3_15

P3_11P3_10

P3_8

P9_4P9_5P9_6P9_7

P2_13P2_12

P2_14P2_15

A22A23

A19A18

A21

P9_3

P4_0

P1_2

P1_4

P1_5

P1_3

P1_2P5_10

P4_3P4_3

P2_3

P1_4P1_5

P2_0

P2_2

P2_1

P5_5

P3_14P9_2

A[25:1][2,4,7,10]

P9_[7:2][2,10]

P2_[15:0][2,10]

P4_[15:0][2,6,7,10]

P3_[15:0][2,4,7,8,10]

P5_[10:0][2,4,7,8,10]

P1_[15:0][2,6,10]

RES#[3,4,6,8,10]

P8_12/SPBCLK_1[2]

3VCC

3VCC

3VCC

3VCC

3VCC

3VCC

3VCC

3VCC

3VCC3VCC

3VCC

3VCC 3VCC


DATE

APPROVED

SCALE


CHANGE

( / )5 10

D-RTK772100BC00000BR_C-A-R0313-12-19

RTK772100BC00000BRS-falsh, NAND, MOST, EEPROM


DATE

APPROVED

SCALE


CHANGE

( / )5 10

D-RTK772100BC00000BR_C-A-R0313-12-19



DATE

APPROVED

SCALE


CHANGE

( / )5 10

D-RTK772100BC00000BR_C-A-R0313-12-19


R11

822

kΩR

118

22kΩ

R110 0ΩR110 0Ω

Samtec

FGFG

FGFG

J3QSH-020-01-L-D-DP-ASamtec

FGFG

FGFG

J3QSH-020-01-L-D-DP-A

13579

111315171921232527293133353739

2468101214161820222426283032343638404241

43 44

R10

822

kΩR

108

22kΩ

CP1

020.

1µF

CP1

020.

1µF

R10

222

kΩR

102

22kΩ

TH7TH7

R11

722

kΩR

117

22kΩ

R10

322

kΩR

103

22kΩ

R98

22kΩ

R98

22kΩ

CP1

030.

1µF

CP1

030.

1µF

R127 0ΩR127 0Ω

Spansion

U7S25FL512S-16Spansion

U7S25FL512S-16

HOLD#/IO31

VCC2

CS#7

SO/IO18

WP#/IO29

VSS10

SI/IO015

SCK16

RESET#/RFU3

DNU14

RFU6

DNU25

NC13

DNU412DNU311

VIO/RFU14

CP1

040.

1µF

CP1

040.

1µF

TH8TH8

R95

22kΩ

R95

22kΩ

R31

922Ω

R31

922Ω

+ CE164.7µF/10V

+ CE164.7µF/10V

R11

222

kΩR

112

22kΩ

+CE154.7µF/10V +CE154.7µF/10V

R10

50Ω

R10

50Ω

TH1TH1

R12

0_2

2kΩ

R12

0_2

2kΩ

R11

122

kΩR

111

22kΩ

R12822kΩR12822kΩ


CP9

90.

1µF

CP9

90.

1µF

TH3TH3

R32

122

kΩR

321

22kΩ

R99

_22kΩ

R99

_22kΩ

R115 0ΩR115 0Ω

R113 0ΩR113 0Ω

CP1

000.

1µF

CP1

000.

1µF

R12

547

kΩR

125

47kΩ

JP8 HWP-2P-GJP8 HWP-2P-GR

119

_22kΩ

R11

9_2

2kΩ

R12

347

kΩR

123

47kΩ


R322 22ΩR322 22Ω

R10

722

kΩR

107

22kΩ

R116 0ΩR116 0Ω

TH4TH4

R97

22kΩ

R97

22kΩ


TH5TH5


R10

022

kΩR

100

22kΩ

R10

622

kΩR

106

22kΩ

Spansion


U8S25FL512S-16

HOLD#/IO31

VCC2

CS#7

SO/IO18

WP#/IO29

VSS10

SI/IO015

SCK16

RESET#/RFU3

DNU14

RFU6

DNU25

NC13

DNU412DNU311

VIO/RFU14

R96

22kΩ

R96

22kΩ

Spansion

U9_S34ML04G1Spansion

U9_S34ML04G1

I/O744

I/O643

I/O542

I/O441

I/O332

I/O231

I/O130

I/O029

WE18

ALE17

CLE16

RE8

R/B7

CE9

WP19

Vss113

Vss236

VCC137

VCC212

NC11

NC22

NC33

NC44

NC55

NC66

NC710

NC811

NC914

NC1015

NC1120

NC1221

NC1322

NC1423

NC1524

Vss3(ONFI)25

NC1626

NC1827

NC1928

NC2033

VCC3(ONFI)34

NC2235

NC2338

VCC4(ONFI)39

NC2540

NC2645

NC2746

NC2847

Vss4(ONFI)48

Spansion


U6S25FL512S-16

HOLD#/IO31

VCC2

CS#7

SO/IO18

WP#/IO29

VSS10

SI/IO015

SCK16

RESET#/RFU3

DNU14

RFU6

DNU25

NC13

DNU412DNU311

VIO/RFU14

R12

222

kΩR

122

22kΩ


R114 0ΩR114 0Ω

RENESAS

U10R1EX24128ASA00ARENESAS

U10R1EX24128ASA00A

A01A12A23

VSS4

VCC8

WP7

SCL6

SDA5

CP9

70.

1µF

CP9

70.

1µF

R12

447

kΩR

124

47kΩ

R320 22ΩR320 22Ω

R12

122

kΩR

121

22kΩ

R10

422

kΩR

104

22kΩ

CP9

80.

1µF

CP9

80.

1µF

R126 0ΩR126 0Ω

TH2TH2


R10

122

kΩR

101

22kΩ

R10

922

kΩR

109

22kΩ

TH6TH6

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

25MHz : MII mode50MHz : RMII mode

EXTRES : Must be connect to GND via 12.4Kohm resisterREGOFFD : Regulator disable for digital, Hi: Regulator OFF, Low: ONATP, TEST : Must be connect to GND

SML-310MT : GreenSML-310DT : OrangeSML-310VT : RedSML-310YT : YellowEthernet

LED_MODE : B'0000 LED0 : LinkA (GPIO0) LED1 : FD (GPIO14) LED2 : MUX 100BT/10BT (Not used) LED3 : Activity (GPIO4)

P2_11/RxD[3] : PUP2_10/RxD[2] : PUP3_4/RXCLK : PUP3_5/RXER : PUP2_0/TXCLK : PUP2_3/CRS : PUP2_8/RxD[0] : PDP2_9/RxD[1] : PD

Audio CODEC

JST

MOLEX

USB Socket-A

USB Mini-B

MICREL

JST

MOLEX

USB Socket-A

USB Mini-B

P1_14/COL

P1_15/(INT)

P4_0/FRE/RSPCK4/MMC_D4

P4_2/FALE/MOSI4/MMC_D6

P4_1/FCLE/SSL40/MMC_D5

P1_14

P4_0

P4_2

P4_1

P1_15

RES#[3,4,5,8,10]

VBUS0[3]

DP0[3]

DM0[3]

VBUS1[3]

DP1[3]

DM1[3]

P4_6/SSIRxD0[2]

P4_4/SSISCK0[2]

P4_7/SSITxD0[2]

P4_5/SSIWS0[2]

P4_[15:0][2,5,7,10]

P2_8/RxD[0][2]P2_9/RxD[1][2]P2_10/RxD[2][2]P2_11/RxD[3][2]

P2_4/TxD[0][2]P2_5/TxD[1][2]P2_6/TxD[2][2]P2_7/TxD[3][2]

P2_0/TXCLK[2]P2_2/TXEN[2]

P2_1/TXER[2]

P2_3/CRS[2]

P3_3/MDIO[2]

P3_4/RXCLK[2]

P3_5/RXER[2]

P3_6/RXDV[2]

P5_9/MDC[2]

P1_[15:0][2,5,10]

WM8978/MCLK[3]

3VCC

3VCC

3VCC

3VCC

3VCC

3VCC

3VCC

5VCC

VBUS

3VCC

AN3V

AN3V

AN3V

AN3V

3VCC

3VCC3VCC


DATE

APPROVED

SCALE


CHANGE

( / )6 10

D-RTK772100BC00000BR_C-A-R0313-12-19

RTK772100BC00000BRAudio-codec, LAN, USB


DATE

APPROVED

SCALE


CHANGE

( / )6 10

D-RTK772100BC00000BR_C-A-R0313-12-19



DATE

APPROVED

SCALE


CHANGE

( / )6 10

D-RTK772100BC00000BR_C-A-R0313-12-19


RenesasuPD60610U20

RenesasuPD60610U20

EX

TRE

S1

ATP

2

P0TXP3

P0TXN4

P0RXP6

P0RXN7

P0LINKLED / GPIO012MDC

13

MDIO14

INT / GPIO415

P0RXCLK / GPIO316

P0RXD3 / GPIO717 P0RXD2 / GPIO818 P0RXD121 P0RXD022 P0RXDV23

P0RXERR24

P0TXEN25

P0TXD026

P0TXD127

P0TXD2 / GPIO1128

P0TXD3 / GPIO1029

P0TXCLK30

XCLK032

XCLK133

GPIO1434

P0TXERR / GPIO935

DVOUT1537

P0CRS / GPIO639

RESETB40

TES

T41

P0COLSD / GPIO1942

RE

GO

FFD

44

AVOUT1545

P0A

GN

D5

P0A

GN

D8

VDDA159

VDD33ESD10

VDD1511

VDDIO19

GN

DIO

20

VDDIO31

GN

DIO

36

VDDIO38

GN

DA

RE

F43

VDDA33REG46

VDDAPLL47

GN

DA

PLL

48

C32_18pFC32_18pF

R139

100Ω

R139

100Ω

R181 4.7kΩR181 4.7kΩ

R14

4_2

2kΩ

R14

4_2

2kΩ

R13

447

kΩR

134

47kΩ

R31022ΩR31022Ω

R169 22ΩR169 22Ω

R14622kΩR14622kΩ

R15

649

.9Ω

-1/4

WR

156

49.9Ω

-1/4

W

L5_DLW21HN900SQ2L5_DLW21HN900SQ2

14

23

R18318ΩR18318Ω

CP1

200.

1µF

CP1

200.

1µF

TP4TP4

+ CE19

22µF/10V

+ CE19

22µF/10V

CP1

160.

1µF

CP1

160.

1µF

CP1

140.

1µF

CP1

140.

1µF

C291µFC291µF

R158 22ΩR158 22Ω

J5UBA-4R-D14T-4DJ5UBA-4R-D14T-4D

VBus1

D-2

D+3

GND4

FRAME5

FG16FG27

C41

_10p

FC

41_1

0pF

R18

622

kΩR

186

22kΩ

+

CE3

010

µF/1

6V

+

CE3

010

µF/1

6V

TP3TP3

C361µFC361µF


C42

0.01

µFC

420.

01µF

C200.1µFC200.1µF

+

CE2

810

µF/1

6V

+

CE2

810

µF/1

6VLE

D5

SML-

310M

TLE

D5

SML-

310M

T


12

3C190.1µFC190.1µF

R163 22ΩR163 22Ω


12

TP5USB_IDTP5USB_ID

C38

_10p

FC

38_1

0pF

L4

_L600

L4

_L600

R18

412

.4kΩ

, 1%

R18

412

.4kΩ

, 1%

R16

210Ω

-1%

R16

210Ω

-1%

R15

333

0ΩR

153

330Ω


C281µFC281µF

OMRON

SW3A6HF-8102OMRON

SW3A6HF-8102

12345 12

111098

67

13141516

R15

41.

5kΩ

R15

41.

5kΩ

C261µFC261µF

CP1

170.

1µF

CP1

170.

1µF

R150

100Ω

R150

100Ω

+

CE214.7µF/10V

+

CE214.7µF/10V

On Semiconductor

U18NL17SZ74On Semiconductor

U18NL17SZ74

CP1 D2

Q3

GN

D4

Q5

CLR6

PR7

VCC8

C180.1µFC180.1µF

R18

522

kΩR

185

22kΩ

R15

233

0ΩR

152

330Ω

TP6TP6

R13

72.

2kΩ

R13

72.

2kΩ

R13

347

kΩR

133

47kΩ

R168 22ΩR168 22Ω

+CE22 47µF/10V+CE22 47µF/10V

TDK

J10TLA-6T718TDK

J10TLA-6T718

TD+1

TD-2

TCT3

RD+4

RD-5

RCT6

N.C.7

GND8 FG

9

FG10

C351µFC351µF

R170 22ΩR170 22Ω

CP1

110.

1µF

CP1

110.

1µF

J7_54819-0572J7_54819-0572

VBus1

D-2

D+3

ID4

FRAME6

GND5 FG1

7FG28FG39

LED

3SM

L-31

0MT

LED

3SM

L-31

0MT

TP9TP9

+CE23 47µF/10V+CE23 47µF/10V

R16

049

.9Ω

-1/4

WR

160

49.9Ω

-1/4

W

TP10USB_IDTP10USB_ID

C30 0.1µFC30 0.1µF

CP1

180.

1µF

CP1

180.

1µF

R13

82.

2kΩ

R13

82.

2kΩ

R30722ΩR30722Ω

C23

220p

FC

2322

0pF

R171 22ΩR171 22Ω

L3_L600L3_L600

R15

133

0ΩR

151

330Ω

R176 4.7kΩR176 4.7kΩ

R15

749

.9Ω

-1/4

WR

157

49.9Ω

-1/4

W

R147 220ΩR147 220Ω

+

CE2

910

µF/1

6V

+

CE2

910

µF/1

6V

+CE18

22µF/10V

+CE18

22µF/10V

L6_L600L6_L600

CP1

120.

1µF

CP1

120.

1µF

LED

4SM

L-31

0MT

LED

4SM

L-31

0MT

R18

722

kΩR

187

22kΩ


R14

022

kΩR

140

22kΩ

R131 22kΩR131 22kΩ

R175 4.7kΩR175 4.7kΩR

159

49.9Ω

-1/4

WR

159

49.9Ω

-1/4

W

C25

220p

FC

2522

0pF

+

CE2

510

µF/1

6V

+

CE2

510

µF/1

6V

CP1

130.

1µF

CP1

130.

1µF

D9_HZM6.2Z4MFAD9_HZM6.2Z4MFA

15

2

4 3

R30822ΩR30822Ω

CP1

190.

1µF

CP1

190.

1µF

R132 22kΩR132 22kΩ

R177 4.7kΩR177 4.7kΩ

R166 22ΩR166 22ΩR

148

20kΩ

R14

820

kΩ

R143 47kΩR143 47kΩ

R142 47kΩR142 47kΩ

R15

522Ω

R15

522Ω

CP1

150.

1µF

CP1

150.

1µF

R14122ΩR14122Ω

J8UBA-4R-D14T-4DJ8UBA-4R-D14T-4D

VBus1

D-2

D+3

GND4

FRAME5

FG16FG27

U17MIC-2026-2YMU17MIC-2026-2YM

IN7

FLGB3

GND6

ENB4

ENA1

OUTA8

FLGA2

OUTB5

C210.1µFC210.1µF

U19 WM8978GEFL/VU19 WM8978GEFL/V

LIP1

LIN2

L2/GPIO23

RIP4

RIN5

R2/GPIO36

LRC7

BCLK8

ADCDAT9

DACDAT10

MCLK11

DG

ND

12D

CV

DD

13

DB

VD

D14

CSB/GPIO115

SCLK16

SDIN17

MODE18

AUXL19

AUXR20

OUT421

OUT322

ROUT223

SP

KG

ND

24

LOUT225

SP

KV

DD

26

VMID27

AG

ND

28

ROUT129

LOUT130

AV

DD

31

MICBIAS32

PA

D33

L2_DLW21HN900SQ2L2_DLW21HN900SQ2

14

23

D10_HZM6.2Z4MFAD10_HZM6.2Z4MFA

15

2

4 3

R178 4.7kΩR178 4.7kΩ

R165 22ΩR165 22Ω

R145 220ΩR145 220Ω

C31 0.1µFC31 0.1µF

C24

220p

FC

2422

0pF

R16

110Ω

-1%

R16

110Ω

-1%

R182 4.7kΩR182 4.7kΩ

+ CE17150µF/16V

+ CE17150µF/16V

R13

547

kΩR

135

47kΩ

CP1

090.

1µF

CP1

090.

1µF

R1720ΩR1720Ω

R30922ΩR30922Ω

J6

HSJ1456-010320

J6

HSJ1456-010320

1

2

3

4

C271µFC271µF

JP10

HWP-2P-G

JP10

HWP-2P-G

R17

9_2

2kΩ

R17

9_2

2kΩ

R164 22ΩR164 22Ω

R180 4.7kΩR180 4.7kΩC

2222

0pF

C22

220p

F

C37

_10p

FC

37_1

0pF

R1300ΩR1300Ω

C39

_10p

FC

39_1

0pF

+

CE2

410

µF/1

6V

+

CE2

410

µF/1

6V

CP1

100.

1µF

CP1

100.

1µF

R14

920

kΩR

149

20kΩ

TP7TP7

C33

220p

FC

3322

0pF

+

CE2

710

µF/1

6V

+

CE2

710

µF/1

6V

L1

_L600

L1

_L600

R174 4.7kΩR174 4.7kΩ

R167 22ΩR167 22Ω

C34

220p

FC

3422

0pF

J9_54819-0572J9_54819-0572

VBus1

D-2

D+3

ID4

FRAME6

GND5 FG1

7FG28FG39

X10SG-8002CA_25MHzX10SG-8002CA_25MHz

OUT3

VCC4

GND2

OE1

R13

647

kΩR

136

47kΩ

+ CE264.7µF/10V

+ CE264.7µF/10V

C40

0.01

µFC

400.

01µF

+ CE20150µF/16V

+ CE20150µF/16V

J4

HSJ1456-010320

J4

HSJ1456-010320

1

2

3

4

R1730ΩR1730Ω

TP8TP8

R129 _0ΩR129 _0Ω

1

1

2

2

3

3

4

4

5

5

A A

B B

C C

D D

SD Card Slot

SD/MMC Card Power Control

MMC Card Slot

3.3V3.3VGNDGNDLink0-Link0+

Link1-Link1+

GND

Link2-Link2+

GND

CLKIN-CLKIN+

GND

Link3-Link3+

GND

MODE (Low=6bit, Hi=8bit)SC (Low=Normal, Hi=Reverse)

12V12V12V12V12VGND

GNDGND

GND

Vst (Status)ADIM (ADIM Control : 2.5V=Min, 0V=Max)Vbr/Rbr (PWM Control : 2.5V=Min, 0V=Max)Vrmt (Backlight Control : 0-0.4V or Open=Disable, 2.5V-Vin=Enable)GND

LVDS

P8_9/A17/SPDIF_OUTP8_8/A16/SPDIF_IN

SPDIFTDK

P5_10/CTx1/(RESETB)

P7_3/CAS/CTx2Renesas

Renesas

JST3.3V<-5V

CAN1

LVDS Backlight3.3V<-5V

CAN2

TI

EN0 0 0 1 1

EN1 0 1 0 1

OUTHi-Z3.3V 5VHi-Z

P4_14/SD_D3_0P4_13/SD_CMD_0

P4_12/SD_CLK_0

P4_11/SD_D0_0/(LED2)P4_10/SD_D1_0/(LED1)P4_15/SD_D2_0

P4_9/SD_WP_0P4_8/SD_CD_0

P4_0/FRE/RSPCK4/MMC_D4P4_1/FCLE/SSL40/MMC_D5P4_2/FALE/MOSI4/MMC_D6P4_3/FWE/MMC_D7

P3_8/NAF0/TRACEDATA0/MMC_CD

P3_12/NAF4/MMC_CLKP3_13/NAF5/MMC_CMD


P3_15/NAF7/MMC_D2

DIR L H

OperationB data to A busA data to B bus

P7_2/RAS/CRx2

P3_14/NAF6/TRACECLK/MMC_D3

P3_9/NAF1/TRACEDATA1/SD_WP_1


P4_13

P4_15

P4_14

P4_12

P4_11P4_10

P4_9

P3_9

P4_8

P3_12P3_13

P3_8

P3_14

P4_1

P3_10

P4_2P4_3

P3_11

P4_0

A17

P7_3

P5_10

P3_15

P4_[15:0][2,5,6,10]

P3_[15:0][2,4,5,8,10]

P5_7/TXOUT0M[2]P5_6/TXOUT0P[2]



P5_1/TXCLKOUTM[2]P5_0/TXCLKOUTP[2]

A[25:1][2,4,5,10]

P5_9/CRx1[2]P7_2/CRx2[2]

P7_[8:0][2,4,10]

P5_[10:0][2,4,5,8,10]

P8_8/SPDIF_IN[2]

CVCC1

3VCCCVCC1

CVCC1

CVCC2

5VCC3VCC

3VCC

CVCC2

CVCC23VCC

3VCC

12VCC

3VCC

5VCC 5VCC

5VCC

3VCC

5VCC

3VCC5VCC

5VCC3VCC

5VCC

3VCC 5VCC


DATE

APPROVED

SCALE


CHANGE

( / )7 10

D-RTK772100BC00000BR_C-A-R0313-12-19

RTK772100BC00000BRSD/MMC, SPDIF, CAN, LVDS


DATE

APPROVED

SCALE


CHANGE

( / )7 10

D-RTK772100BC00000BR_C-A-R0313-12-19



DATE

APPROVED

SCALE


CHANGE

( / )7 10

D-RTK772100BC00000BR_C-A-R0313-12-19



R23

022

kΩR

230

22kΩ


L7VLCF4020T-470MR39L7VLCF4020T-470MR39


R20

6_2

2kΩ

R20

6_2

2kΩ

R22

422

kΩR

224

22kΩ

R19

322

kΩR

193

22kΩ

KINGCONN

J157SDMM-X0-2211-BKINGCONN

J157SDMM-X0-2211-B

DAT31

CMD2

VSS3

VDD4

SCLK5

DAT07

DAT18

DAT29

DAT410

DAT511

DAT612

DAT713

WP15

CD14 PAD1

16

PAD217

R22

922

kΩR

229

22kΩ

R19

422

kΩR

194

22kΩ

R31

610

0Ω-1

%R

316

100Ω

-1%

R221 22ΩR221 22Ω

CP1

340.

1µF

CP1

340.

1µF


R21

822

kΩR

218

22kΩ

TI

U25SN74LVC1T45DCKTI

U25SN74LVC1T45DCK

VCCA1

A3

GND2

VCCB6

B4

DIR5

R21

122

kΩR

211

22kΩ

J13

B3P-SHF-1AA(LF)(SN)

J13

B3P-SHF-1AA(LF)(SN)

123


R199 22ΩR199 22Ω

HRS

FGFG

J14DF14A-20P-1.25HHRS

FGFG

J14DF14A-20P-1.25H

123456789

1011121314151617181920

2122

R22

71kΩ

R22

71kΩ

CP1

330.

1µF

CP1

330.

1µF

J12

B3P-SHF-1AA(LF)(SN)

J12

B3P-SHF-1AA(LF)(SN)

123

R19

222

kΩR

192

22kΩ

R21

322

kΩR

213

22kΩ

C440.1µFC440.1µF

R20122kΩR20122kΩ

CP1

390.

1µF

CP1

390.

1µF

R22

562

0ΩR

225

620Ω

R22

61.

2kΩ

R22

61.

2kΩ

R31

810

0Ω-1

%R

318

100Ω

-1%

R21

722

kΩR

217

22kΩ

R22

022

kΩR

220

22kΩ

R21

922

kΩR

219

22kΩ

HRS

J11DM1AA-SF-PEJHRS

J11DM1AA-SF-PEJ

CLK5

CMD2

DAT07

DAT18

DAT29

CD/DAT31

W_Protect10

Card_Detect11

VDD4

COMMON12

VSS26

VSS13

PAD113

PAD214

PAD315

PAD416


U22SN74LVC2T45DCTU22SN74LVC2T45DCT

VCCA1

VCCB8

A02

A13

GND4

DIR5B16B07

U24HA13721RPJEU24HA13721RPJE

TxD1

GND2

VCC3

RxD4

NC5

CANL6

CANH7MODE8

R20

7_2

2kΩ

R20

7_2

2kΩ

R22

322

kΩR

223

22kΩ

+

CE3

11µ

F/16

V

+

CE3

11µ

F/16

V

JST

FGFG

J16BM14B-SRSS-TBJST

FGFG

J16BM14B-SRSS-TB

123456789

1011121314

1516

C430.1µFC430.1µF

R21

022

kΩR

210

22kΩ

R19

122

kΩR

191

22kΩ


U21HA13721RPJEU21HA13721RPJE

TxD1

GND2

VCC3

RxD4

NC5

CANL6

CANH7MODE8

R31

710

0Ω-1

%R

317

100Ω

-1%

R20

410

kΩR

204

10kΩ

R22

822

kΩR

228

22kΩ

R200 22ΩR200 22Ω

R21

622

kΩR

216

22kΩ

R198120Ω-1/4WR198120Ω-1/4W

R203120Ω-1/4WR203120Ω-1/4W

+

CE3

21µ

F/16

V

+

CE3

21µ

F/16

V

R20

922

kΩR

209

22kΩ

R21

222

kΩR

212

22kΩ


R19

522

kΩR

195

22kΩ

R20

510

kΩR

205

10kΩ

CP1

380.

1µF

CP1

380.

1µF

R19

022

kΩR

190

22kΩ

R19622kΩR19622kΩ

R31

510

0Ω-1

%R

315

100Ω

-1%

R21

5_2

2kΩ

R21

5_2

2kΩ


R20222kΩR20222kΩ

R18

8_2

2kΩ

R18

8_2

2kΩ

CP1

350.

1µF

CP1

350.

1µF

R20

868

0ΩR

208

680Ω

CP1

290.

1µF

CP1

290.

1µF

CP1

370.

1µF

CP1

370.

1µF

LT

U23LTC1471LT

U23LTC1471

AOUT11

A5VIN2

AEN13

AEN04

GN

D5

A3VIN114

A3VIN215

AOUT216

BOUT18

BOUT29

GN

D13

B3VIN16

B3VIN27

B5VIN10

BEN111

BEN012

Toshiba

U26TODX2951Toshiba

U26TODX2951

RX1

GN

D1

2

GN

D3

5G

ND

24

VCC13

VCC27TX

8

FG1

9

FG2

10

LED6

R19722kΩR19722kΩ

R21

422

kΩR

214

22kΩ

R18

922

kΩR

189

22kΩ

R222 22ΩR222 22Ω

CP1

360.

1µF

CP1

360.

1µF

CP1

300.

1µF

CP1

300.

1µF

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

RxD0

TxD0

OMRON

MAXIM

P3_2/RxD2

P3_0/TxD2

KEY

TMS/SWDIOVTref

NCNC

CoreSight 20

TCK/SWCLKTDO/SWOTDInSRSTRTCK/TraceClkSWO/TraceD0nTRST/TraceD1DBGRQ/TraceD2DBGACK/TraceD3

P3_8/TRACEDATA0

ARM JTAG 20

NCVTrefnTRSTTDITMS/SWDIOTCK/SWCLKRTCKTDO/SWOnSRSTDBGRQDBGACK

RFU GNDRFUTOOL0RFU

RFUEMVdd

RESET_OUT

RFURESET_INVddRESET_OUTGNDGND

Dsub9

USB Mini-B

E1

GNDGND

GND

GNDGNDGND

P5_0/TXCLKOUTPNC

VCCDBI

RST

P5_1/TXCLKOUTM

P5_2/TXOUT2PP5_3/TXOUT2M P5_4/TXOUT1P

P3_14/NAF6/TRACECLK/MMC_D3

P3_9/NAF1/TRACEDATA1/SD_WP_1P3_10/NAF2/TRACEDATA2/MMC_D1P3_11/NAF3/TRACEDATA3/MMC_D0

RenesasRenesas

P3_2

P3_0

P3_14P3_8P3_9P3_10P3_11

P5_1P5_4P5_0

P5_3P5_2

P3_[15:0][2,4,5,7,10]

TMS [3]TCK [3]TDO [3]TDI [3]

P5_[10:0][2,4,5,7,10]

TRST# [3]

nTRST[9]

nSRST[9]RES# [3,4,5,6,10]

3VCC

3VCC

3VCC

VDD

3VCC

3VCC

3VCC

VDD VDDVDD

3VCC

3VCC

3VCC

3VCC

VDD

3VCC3VCC

VDD

VDD3VCC

3VCC


DATE

APPROVED

SCALE


CHANGE

( / )8 10

D-RTK772100BC00000BR_C-A-R0313-12-19

RTK772100BC00000BRSerial (RS-232C, USB), UDI


DATE

APPROVED

SCALE


CHANGE

( / )8 10

D-RTK772100BC00000BR_C-A-R0313-12-19



DATE

APPROVED

SCALE


CHANGE

( / )8 10

D-RTK772100BC00000BR_C-A-R0313-12-19


R2431MΩR2431MΩ

U38

AH

D74

LV1G

W17

AU

38A

HD

74LV

1GW

17A

61

R25

210

kΩR

252

10kΩ

R254 _22ΩR254 _22Ω

R255 22ΩR255 22Ω

R23

122

kΩR

231

22kΩ

R26

910

kΩR

269

10kΩ

R31

210

kΩR

312

10kΩ

RenesasRL78/G1C-SU28

RenesasRL78/G1C-SU28

P40 / TOOL01

RESET#2

P137 / INTP03

P122 / X2 / EXCLK4 P121 / X15

P60 / SCLA09

P61 / SDAA010

P6211

P31 / TI03 / TO03 / INTP4 / PCLBUZ012

P70 / PCLBUZ113

P30 / INTP3 / SCK00 / SCL00 / (TI03) / (TO03) / (PCLBUZ0)14

P50 / INTP1 / SI00 / RXD0 / TOOLRXD / SDA00 / (TI02) / (TO02)15 P51 / INTP2 / SO00 / TXD0 / TOOLTXD / (TI01) / (TO01)16

P17 / TI02 / TO0217

P16 / TI01 / TO01 / INTP518

IC119

IC220

UVBUS22

UDM023

UDP024

P24 / ANI425

P23 / ANI326

P22 / ANI227

P21 / ANI1 / AVREFM28

P20 / ANI0 / AVREFP29

P01 / ANI16 / TO00 / INTP9 / SCK01 / SCL01 / (SCLA0)30

P00 / ANI17 / TI00 / INTP8 / SI01 / SDA01 / (SDAA0)31

P120 / ANI19 / SO01 / (PCLBUZ1)32

RE

GC

6

VS

S7

VDD8

UVDD21

+ CE344.7µF/10V

+ CE344.7µF/10V

R23

222

kΩR

232

22kΩ

C49

_0.1

µFC

49_0

.1µF

C508pFC508pF

FG

J17XM2C-0942-132L

FG

J17XM2C-0942-132L

1

483726

59

1011

RS-232TTL

U27MAX3222E

RS-232TTL

U27MAX3222E

R2IN9

R2OUT10 R1OUT15

R1IN16

GND18

VCC19

EN1

SHDN20

C1+2

C1-4

C2+5

C2-6

V+3

V-7

T1IN13

T2IN12 T1OUT

17

T2OUT8

R27

010

kΩR

270

10kΩ

R24

810

kΩR

248

10kΩ

R23

6_1

0kΩ

R23

6_1

0kΩ

HRS_HIF3B-10PA-2.54DSAJ18

HRS_HIF3B-10PA-2.54DSAJ18

13579

246810


C518pFC518pF

R26

5_1

0kΩ

R26

5_1

0kΩ

R32

722

kΩR

327

22kΩ




R26

4_1

0kΩ

R26

4_1

0kΩ

X11DSX321G_12MHz

X11DSX321G_12MHz

R32522kΩR32522kΩ

R240

0Ω

R240

0ΩR

234

_10kΩ

R23

4_1

0kΩ

U38CHD74LV1GW17AU38CHD74LV1GW17A

25


25

R244560ΩR244560Ω

R247

100kΩ

R247

100kΩ

R31

110

kΩR

311

10kΩ

R32310kΩR32310kΩ

R24522kΩR24522kΩ

R26

2_1

0kΩ

R26

2_1

0kΩ

R23

5_1

0kΩ

R23

5_1

0kΩ

R23

3_1

0kΩ

R23

3_1

0kΩ

Samtec

J21FTSH-110-01Samtec

J21FTSH-110-01

13579

1113151719

2468101214161820

U37

AH

D74

LV1G

W17

AU

37A

HD

74LV

1GW

17A

61

C54

1µF

C54

1µF

U38BHD74LV1GW17AU38BHD74LV1GW17A

43


R25

310

kΩR

253

10kΩ

R32

822

kΩR

328

22kΩ

CP1

440.

1µF

CP1

440.

1µF



43

JP12 HWP-3P-GJP12 HWP-3P-G1

23

R32622kΩR32622kΩ

R257 22ΩR257 22ΩR256 22ΩR256 22Ω

U39HD74LV1G08AU39HD74LV1G08A

1

24

35

C52

1µF

C52

1µF

R258 22ΩR258 22Ω

R23

8_2

2kΩ

R23

8_2

2kΩ


1

24

35

+ CE3510µF/16V

+ CE3510µF/16V

R267_22ΩR267_22Ω

R241_10kΩR241_10kΩ

C53

1µF

C53

1µF

R260 22ΩR260 22Ω

3M_7614-5002-PLJ20

3M_7614-5002-PLJ20

13579

246810

1113

1214


R259 22ΩR259 22Ω

CP1

450.

33µF

CP1

450.

33µF

R2660ΩR2660Ω

R242 100ΩR242 100Ω


C460.1µFC460.1µF

R261_0ΩR261_0Ω

R25

110

kΩR

251

10kΩ

R26

810

kΩR

268

10kΩ

C47 0.1µFC47 0.1µF

C58_1µFC58_1µF

JP13 HWP-3P-GJP13 HWP-3P-G1

23

HRSHIF3FC-20PA-2.54DSAJ22

HRSHIF3FC-20PA-2.54DSAJ22

13579

1113151719

2468101214161820

R239_0ΩR239_0Ω

C480.1µFC480.1µF

R23

7_2

2kΩ

R23

7_2

2kΩ

J1954819-0572J1954819-0572

VBus1

D-2

D+3

ID4

FRAME6

GND5 FG1

7FG28FG39

R25

010

kΩR

250

10kΩ



CP141_0.1µFCP141_0.1µF

R26

3_1

0kΩ

R26

3_1

0kΩ

C45 0.1µFC45 0.1µF

R24

910

kΩR

249

10kΩ

R2461kΩR2461kΩ

1

1

2

2

3

3

4

4

5

5

A A

B B

C C

D D

3.3V External

JST

ADC Voltage Reference

JST

1.18V External

Board fixed hole.

STANLEY

OMRON

AGND-DGND

PowerConnector

PowerSwitch

ACAdaptor

BLUE

A grade : 0.05%, 10 ppmB grade : 0.1%, 20 ppm

12V -> 5V

5V -> 1.18V

5V-3AR = ((3.2*5V)/(100*(5V*3A)))*0.95 = 10.13mR -> 47mRVf = 47mR * 3A = 141mV5V External

JST

NMISWITCH

RenesasRenesas

TESTSWITCH

IRQ6SWITCH

Power On Reset

5V -> 3.3V

A3.3V External

JST

for MOST I/F Connector (M2.5)

for Corner x 4 (M3)

/* 3.3V-200mA */R = ((3.2*3.3V)/(100*(3.3V*200mA)))*0.95 = 152mR -> 150mRVf = 150mR * 200mA = 30mV

/* 1.18V-1A */R = ((3.2*1.18V)/(100*(1.18V*1A)))*0.95 = 30.4mR -> 47mR (Min.)Vf = 47mR * 1A = 47mV

/* 3.3V-100mA */R = ((3.2*3.3V)/(100*(3.3V*100mA)))*0.95 = 304mR -> 300mRVf = 300mR * 100mA = 30mV

TDK

TDK

Toshiba

Toshiba

TDK

Anti-resonant Capacitor

ResetSWITCH

NMI [3,10]

P3_1/IRQ6 [2]

nTRST [8]

nSRST [8]

AVref5VCC

3VCCExPVcc

ExVcc

12VCC

12VCC

5VCC

ExVcc

ExPVcc

1.18V

Ex5V 5VEx5V

3VCC

3VCC

3VCC3VCC

3VCC

3VCC

5VCC

LVDSAPVcc

USBAPVcc

USBAVcc

ExAVccExAVcc AN3V AVcc AVcc VDAVcc

VccVcc

PVcc

5VCC

PVcc

PLLVcc

5V

3VCC

1.18V

3VCC

AN3V

12VCC PVcc AN3V 3VCC AVcc 5VCC

LVDSPLLVcc

3VCC 3VCC


DATE

APPROVED

SCALE


CHANGE

( / )9 10

D-RTK772100BC00000BR_C-A-R0313-12-19

RTK772100BC00000BRPower, Reset, SW


DATE

APPROVED

SCALE


CHANGE

( / )9 10

D-RTK772100BC00000BR_C-A-R0313-12-19



DATE

APPROVED

SCALE


CHANGE

( / )9 10

D-RTK772100BC00000BR_C-A-R0313-12-19


CQ

200.

1µF

CQ

200.

1µF

R2980ΩR2980Ω

CQ

290.

1µF

CQ

290.

1µF

LED6UB1111CLED6UB1111C


12

3

CQ

510.

1µF

CQ

510.

1µF

JP17A2-2PA-2.54DSAJP17A2-2PA-2.54DSA

1 2

R286 0ΩR286 0Ω

CQ

370.

1µF

CQ

370.

1µF

CQ

550.

1µF

CQ

550.

1µF


R30110kΩR30110kΩ

+CE4710µF/16V

+CE4710µF/16V

TP14PLLVccTP14PLLVcc

J23S3B-XH-AJ23S3B-XH-A

+12V1

NC2

GND3


+ CE532.2µF/10V

+ CE532.2µF/10V

CQ

170.

1µF

CQ

170.

1µF

TP22TESTTP22TEST

CQ

250.

1µF

CQ

250.

1µF

R295

0Ω

R295

0Ω

SW4MS-12AAH1SW4MS-12AAH1

21

3

TP185VTP185V

L14BLM21PG300SN1DL14BLM21PG300SN1D

R329 0ΩR329 0Ω

U29AHD74LV1GW17AU29AHD74LV1GW17A

61

CQ

440.

1µF

CQ

440.

1µF



43

C57

0.00

68µF

C57

0.00

68µF

+ CE484.7µF/10V

+ CE484.7µF/10V

CQ

210.

1µF

CQ

210.

1µF

TP135VCCTP135VCC

CQ

230.

1µF

CQ

230.

1µF

CP1581µFCP1581µF

R3029.53kΩR3029.53kΩ

R27610kΩR27610kΩ

CQ

380.

1µF

CQ

380.

1µF

R292 10ΩR292 10Ω

R277 220ΩR277 220Ω

CQ

430.

1µF

CQ

430.

1µF

CQ

360.

1µF

CQ

360.

1µF

CQ

320.

1µF

CQ

320.

1µF

CP16122µF/50VCP16122µF/50V


25

TP1112VTP1112V


CQ

530.

1µF

CQ

530.

1µF

R28

74.

75kΩ

-1%

R28

74.

75kΩ

-1%

+ CE5010µF/16V

+ CE5010µF/16V

TP243.3VTP243.3V

L12SLF10145T-150M2R2L12SLF10145T-150M2R2

CQ

350.

1µF

CQ

350.

1µF

CP1630.22µFCP1630.22µF

+CE4210µF/16V

+CE4210µF/16V

CQ

490.

1µF

CQ

490.

1µF

CQ

410.

1µF

CQ

410.

1µF

+CE3610µF/16V

+CE3610µF/16V

CQ

190.

1µF

CQ

190.

1µF

+ CE45

220µF/6.3V

+ CE45

220µF/6.3V

R281_10kΩR281_10kΩ


1

24

35


MH5

HOLE

MH5

HOLE

R2942.26kΩR2942.26kΩ

R31411.8kΩR31411.8kΩ

CQ

180.

1µF

CQ

180.

1µF

R272 220ΩR272 220Ω

D12CMS06D12CMS06


12

3

D11CMS06D11CMS06

R28

810

2kΩ

-1%

R28

810

2kΩ

-1%

+ CE382.2µF/10V

+ CE382.2µF/10V

TP16PVccTP16PVcc

C61_0.47µF

C61_0.47µF

R278 0ΩR278 0Ω

SW7FT1D-2M-ZSW7FT1D-2M-Z

21 3

R283 300mΩR283 300mΩ

R29615kΩR29615kΩ

CQ

10.

1µF

CQ

10.

1µF

CQ

420.

1µF

CQ

420.

1µF




TP19USBAPVccTP19USBAPVcc

CQ

120.

1µF

CQ

120.

1µF

CQ

30.

1µF

CQ

30.

1µF

CQ

100.

1µF

CQ

100.

1µF

TP23VccTP23Vcc

TI

U34LM2830ZTI

U34LM2830Z

GN

D2

FB3

EN4

VIN5

SW1

CP1620.047µFCP1620.047µF


CQ

130.

1µF

CQ

130.

1µF


12

3

R290 47mΩR290 47mΩ

CQ

110.

1µF

CQ

110.

1µF

R293 10kΩR293 10kΩ

+ CE462.2µF/10V

+ CE462.2µF/10V

MH2

HOLE

MH2

HOLE

CQ

500.

1µF

CQ

500.

1µF

R285 220ΩR285 220Ω

R29110.2kΩR29110.2kΩ

SW6B3S-1000SW6B3S-1000

23

14

+ CE3710µF/16V

+ CE3710µF/16VR275 47mΩR275 47mΩ

J28

_A2-2PA-2.54DSA

J28

_A2-2PA-2.54DSA

12

R2745.1kΩR2745.1kΩ


25

CQ

480.

1µF

CQ

480.

1µF


CQ

470.

1µF

CQ

470.

1µF



1 2

TI

U32LM2833XTI

U32LM2833X

SG

ND

3

FB5

EN2

VIND19

SW17

VIND210

SW28

PG

ND

6N

C4

VINC1

DA

P11

C56

0.00

68µF

C56

0.00

68µF

TP20AVccTP20AVcc

R28910kΩR28910kΩ

L15LTF5022T-1R2N4R2L15LTF5022T-1R2N4R2

CQ

310.

1µF

CQ

310.

1µF


CQ

50.

1µF

CQ

50.

1µF

TP17LVDSAPVccTP17LVDSAPVcc

+ CE412.2µF/10V

+ CE412.2µF/10V

CQ

460.

1µF

CQ

460.

1µF

CQ

390.

1µF

CQ

390.

1µFNS

U35LM4132NS

U35LM4132

NC1

GN

D2

Vin4

Vref5

EN3

MH3

HOLE

MH3

HOLE


43

CQ

330.

1µF

CQ

330.

1µF

J29XG8S-0331J29XG8S-0331

123

U31AHD74LV1GW17AU31AHD74LV1GW17A

61

TP26GNDTP26GND

TI

U30LM20343TI

U30LM20343

GN

D1

9

PGOOD3

EN19

VIN15

SW17

VIN26

SW28

FB2

SS

/TR

K1

BOOT17

GN

D2

10

GN

D3

11

CO

MP

4

AG

ND

12

SW313

SW414VIN3

15

VIN416

VCC18

RT

20

EP

21

CQ

400.

1µF

CQ

400.

1µF

J26

_A2-2PA-2.54DSA

J26

_A2-2PA-2.54DSA

12

R28062kΩR28062kΩ

SW8B3S-1000SW8B3S-1000

23

14

+CE3910µF/16V

+CE3910µF/16V R279 150mΩR279 150mΩ

CQ

40.

1µF

CQ

40.

1µF


CQ

540.

1µF

CQ

540.

1µF

SW9B3S-1000SW9B3S-1000

23

14

CP15322µF/50VCP15322µF/50V

R27110kΩR27110kΩ

TP21USBAVccTP21USBAVcc

JP14XG8V-0334JP14XG8V-0334

12

3

CP15522µF/50VCP15522µF/50V

CQ

260.

1µF

CQ

260.

1µF

MH1

HOLE

MH1

HOLE

U33RNA51957BFPU33RNA51957BFP

OUT6

Cd5

GN

D4

IN2

VC

C7

NC

8N

C1

NC

3

TP271.18VTP271.18V

+ CE4947µF/10V

+ CE4947µF/10V

+ CE434.7µF/10V

+ CE434.7µF/10V


1 2

+ CE44

220µF/6.3V

+ CE44

220µF/6.3V

CQ

300.

1µF

CQ

300.

1µF


R2974.7kΩR2974.7kΩ

R299 220ΩR299 220Ω

CQ

450.

1µF

CQ

450.

1µF

+ CE52220µF/6.3V

+ CE52220µF/6.3V

CQ

340.

1µF

CQ

340.

1µF

+ CE404.7µF/10V

+ CE404.7µF/10V

J25LGP6531-0700J25LGP6531-0700

2

34

R30010kΩR30010kΩ

CQ

220.

1µF

CQ

220.

1µF

CQ

60.

1µF

CQ

60.

1µF

CQ

240.

1µF

CQ

240.

1µF

J27

_A2-2PA-2.54DSA

J27

_A2-2PA-2.54DSA

12

R28

249

.9kΩ

R28

249

.9kΩ

SW5B3S-1000SW5B3S-1000

23

14

L17LTF5022T-2R2N3R2L17LTF5022T-2R2N3R2

CQ

160.

1µF

CQ

160.

1µF




J24

_A2-2PA-2.54DSA

J24

_A2-2PA-2.54DSA

12


R30310kΩR30310kΩ

CQ

140.

1µF

CQ

140.

1µF

MH4

HOLE

MH4

HOLE

TP15LVDSPLLVccTP15LVDSPLLVcc


1 2

CQ

70.

1µF

CQ

70.

1µF

CQ

80.

1µF

CQ

80.

1µF

+ CE5110µF/16V

+ CE5110µF/16V

CQ

280.

1µF

CQ

280.

1µF

TP25AN3VTP25AN3V


12

3



CQ

520.

1µF

CQ

520.

1µF


R28410kΩR28410kΩ

R273 0ΩR273 0Ω

CQ

90.

1µF

CQ

90.

1µF

C60_0.47µF

C60_0.47µF

C5522µF/50VC5522µF/50V

CQ

270.

1µF

CQ

270.

1µF

TP12VDAVccTP12VDAVcc

CQ

20.

1µF

CQ

20.

1µF

CQ

150.

1µF

CQ

150.

1µF

1

1

2

2

3

3

4

4

5

5

A A

B B

C C

D D

Data (P6) Address

D0D2

D9

D4

D1

D13D12

D6

D14D15

D3

D8D11

D7D5

D10

P7_7P7_5P7_3P7_1 P7_0

P7_2P7_4P7_6P7_8

P11_11P11_9

P11_7P11_5

P11_13

P11_10P11_8

P11_6P11_4

P11_14P11_12

A25A24A22A20A18

A15A13A11A9A8A6A4A2

A23A21A19A17A16A14A12A10

A7A5A3A1

P3_7P3_5

P3_3P3_1

P3_6P3_4

P3_2P3_0

P10_3 P10_2

P1_15

P1_13

P1_11

P1_9 P1_8

P1_10

P1_12

P1_14

P3_9P3_11

P3_13P3_15

P3_8P3_10

P3_12P3_14

P10_5P10_7

P10_4P10_6

P4_1P4_3

P4_0P4_2

P10_9P10_11P10_13P10_15

P10_8P10_10P10_12P10_14

P4_9P4_11P4_13P4_15

P4_8P4_10P4_12P4_14

P2_3P2_5P2_7P2_9P2_11

P2_0P2_2P2_4P2_6P2_8P2_10

P4_5P4_7

P4_4P4_6

P1_1P1_3P1_5P1_7

P1_0P1_2P1_4P1_6

P3_4P3_6

P3_3P3_5

P2_13P2_15

P2_12P2_14

P11_1P11_3 P11_2

P11_0

P5_1P5_3P5_5P5_7

P5_0P5_2P5_4P5_6

P5_9P5_10

P5_8

P9_3P9_5P9_7 P9_6

P9_4P9_2

P11_15

P2_1

P10_0P10_1

P11_[15:0][2]

D[15:0][4]

P7_[8:0][2,4,7]

CKIO_CN [3]

A[25:1][2,4,5,7]

P10_[15:0][2]

P3_[15:0][2,4,5,7,8]

RES# [3,4,5,6,8]NMI[3,9]

P1_[15:0][2,5,6]

P4_[15:0][2,5,6,7]

P2_[15:0][2,5]P5_[10:0][2,4,5,7,8]

P9_[7:2][2,5]

AUDIO_XTAL2 [3]AUDIO_XTAL1[3]

5VCC 3VCC

3VCC 3VCC 12VCC 12VCCAVcc AVcc VBUSVBUS

3VCC 3VCC5VCC 5VCC

3VCC 3VCC

3VCC 3VCC


DATE

APPROVED

SCALE


CHANGE

( / )10 10

D-RTK772100BC00000BR_C-A-R0313-12-19

RTK772100BC00000BRExt. Connector


DATE

APPROVED

SCALE


CHANGE

( / )10 10

D-RTK772100BC00000BR_C-A-R0313-12-19



DATE

APPROVED

SCALE


CHANGE

( / )10 10

D-RTK772100BC00000BR_C-A-R0313-12-19


CP1

710.

1µF

CP1

710.

1µF

CP1

720.

1µF

CP1

720.

1µF

R305 0ΩR305 0Ω

HRSHIF3FC-20PA-2.54DSACN5


13579

1113151719

2468101214161820



13579

1113151719

2468101214161820

CP1

800.

1µF

CP1

800.

1µF

SamtecHTSS-115-01-L-DVCN9


13579

1113151719

2468101214161820

2123252729

2224262830

R304 0ΩR304 0Ω

CP1

920.

1µF

CP1

920.

1µF

HRS_HIF3FC-30PA-2.54DSACN3


13579

1113151719

2468101214161820

2123252729

2224262830

CP1

690.

1µF

CP1

690.

1µF

CP1

770.

1µF

CP1

770.

1µF

CP1

810.

1µF

CP1

810.

1µF

CP1

860.

1µF

CP1

860.

1µF



13579

1113151719

2468101214161820

CP1

700.

1µF

CP1

700.

1µF

CP1

900.

1µF

CP1

900.

1µF

CP1

760.

1µF

CP1

760.

1µF

CP1

930.

1µF

CP1

930.

1µF

CP1

940.

1µF

CP1

940.

1µF

CP1

870.

1µF

CP1

870.

1µF

CP1

910.

1µF

CP1

910.

1µF

CP1

820.

1µF

CP1

820.

1µF

CP1

780.

1µF

CP1

780.

1µF

CP1

740.

1µF

CP1

740.

1µF

CP1

790.

1µF

CP1

790.

1µF

CP1

890.

1µF

CP1

890.

1µF



13579

1113151719

2468101214161820

2123252729

2224262830



13579

1113151719

2468101214161820

2123252729

2224262830

CP1

730.

1µF

CP1

730.

1µF

CP1

840.

1µF

CP1

840.

1µF

R306 0ΩR306 0Ω

CP1

850.

1µF

CP1

850.

1µF

CP1

830.

1µF

CP1

830.

1µF



13579

1113151719

2468101214161820

CP1

880.

1µF

CP1

880.

1µF



13579

1113151719

2468101214161820

2123252729

2224262830

3133

3234

CP1

750.

1µF

CP1

750.

1µF

REVISION HISTORY R7S72100 CPU board RTK772100BC00000BR User's Manual

Description Rev. Date Page Summary

0.01 Jul. 6, 2012 - First edition 0.02 Jul. 31, 2012 - Review specifications.

Correct the erroneous descriptions. 0.03 Dec. 12, 2012 - Revise the items pointed out when deciding the details.

Correct the erroneous descriptions. 0.04 Apr. 26, 2013 - Review the pin names and part structures.

Correct the erroneous descriptions. 0.05 May. 21, 2013 - Correct the erroneous descriptions. 0.06 Jun. 6, 2013 - Add a general name "GENMAI" for the board.

Correct the erroneous descriptions. 0.07 Oct. 18, 2013 - Correct the erroneous descriptions.

Update the schematics. 0.08 Dec. 19, 2013 2-36

Appendix

Figure2.10.1 Error correction (5V channel and R7S72100 power supply section were reviewed.) Update the schematics.

R7S72100 CPU board RTK772100BC00000BR User's Manual

Publication Date: Dec. 19, 2013 Rev.0.08 Published by: Renesas Electronics Corporation

http://www.renesas.comRefer to "http://www.renesas.com/" for the latest and detailed information.

Renesas Electronics America Inc.2880 Scott Boulevard Santa Clara, CA 95050-2554, U.S.A.Tel: +1-408-588-6000, Fax: +1-408-588-6130Renesas Electronics Canada Limited1101 Nicholson Road, Newmarket, Ontario L3Y 9C3, CanadaTel: +1-905-898-5441, Fax: +1-905-898-3220Renesas Electronics Europe LimitedDukes Meadow, Millboard Road, Bourne End, Buckinghamshire, SL8 5FH, U.KTel: +44-1628-651-700, Fax: +44-1628-651-804Renesas Electronics Europe GmbHArcadiastrasse 10, 40472 Düsseldorf, Germany Tel: +49-211-65030, Fax: +49-211-6503-1327 Renesas Electronics (China) Co., Ltd.7th Floor, Quantum Plaza, No.27 ZhiChunLu Haidian District, Beijing 100083, P.R.China Tel: +86-10-8235-1155, Fax: +86-10-8235-7679Renesas Electronics (Shanghai) Co., Ltd.Unit 204, 205, AZIA Center, No.1233 Lujiazui Ring Rd., Pudong District, Shanghai 200120, China Tel: +86-21-5877-1818, Fax: +86-21-6887-7858 / -7898 Renesas Electronics Hong Kong LimitedUnit 1601-1613, 16/F., Tower 2, Grand Century Place, 193 Prince Edward Road West, Mongkok, Kowloon, Hong KongTel: +852-2886-9318, Fax: +852 2886-9022/9044Renesas Electronics Taiwan Co., Ltd.13F, No. 363, Fu Shing North Road, Taipei, TaiwanTel: +886-2-8175-9600, Fax: +886 2-8175-9670Renesas Electronics Singapore Pte. Ltd. 80 Bendemeer Road, Unit #06-02 Hyflux Innovation Centre Singapore 339949Tel: +65-6213-0200, Fax: +65-6213-0300Renesas Electronics Malaysia Sdn.Bhd.Unit 906, Block B, Menara Amcorp, Amcorp Trade Centre, No. 18, Jln Persiaran Barat, 46050 Petaling Jaya, Selangor Darul Ehsan, MalaysiaTel: +60-3-7955-9390, Fax: +60-3-7955-9510Renesas Electronics Korea Co., Ltd.11F., Samik Lavied' or Bldg., 720-2 Yeoksam-Dong, Kangnam-Ku, Seoul 135-080, KoreaTel: +82-2-558-3737, Fax: +82-2-558-5141

SALES OFFICES

© 2013 Renesas Electronics Corporation. All rights reserved.©

Colophon 1.3

16R7S72100 CPU board

RTK772100BC00000BR(GENMAI)

User's Manual

R20UT2596EJ0008

r7s72100 cpu board rtk772100bc00000br user's · pdf filesfr special function registers...

Documents