TCL L40E5800US Schematic

TCL

SERVICE MANUAL

L40E5800US/RT95L-AP

1. Caution……………………………………………………………

2. specification…………………………………………………………

3. Alignment Procedure…………………………………………………
4．Block diagram……………………………………………………………
5．Scheme Diagram …………………………………………………………

6. Troubleshooting………………………………………………………………

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This m anual i s t he l atest at t he t ime of pr inting, and doe s not
include the modification which may be made after the printing, by
the constant improvement of product

RISK OF

ELECTRIC

SHOCK DO

NOT

OPEN.

SCHNEIDER ELECTRONICS GMBH-GERMANY

1. CAUTION

CAUTION:

Use of controls, adjustments or procedures other than those specified herein may result in
hazardous radiation exposure.

CA UT ION : TO RE DU CE THE RIS K OF

CA U T IO N

RISK

SHOCK

The lighting flash with arrowhead symbol, with an equilateral triangle is intended to
alert the user to the presence of uninsulated voltage within the products
enclosure that may be of sufficient magnitude to constitute a risk of electric shock to
the person.

The exclamation point within an equilateral triangle is intended to alert the user to the
presence of important operating and maintenance (servicing) instructions in the
literature accompanying the appliance.

ELECTRI

NOT

OPEN.

ELECTR ICAL SHOCK, DO NOT RE MOVE
COVER (OR BACK). NO USER SERVIC EA BLE
PAR TS INS IDE . RE FE R SER VIC ING TO
QUALIFIE D SERVICE PERS ONNEL.

dangerous

WARNING: TO REDUCE RISK OF FIRE OR ELECTRIC SHOCK, DO NOT
EXPOSE THIS APPLIANCE TO RAIN OR MOISTURE.

2



SCHNEIDER ELECTRONICS GMBH-GERMANY

IMPORTANT SAFETY INSTRUCTIONS

CAUTION:

Read all of these instructions. Sa ve these instructions f or later use . Follo w all Warnings and
Instructions marked on the audio equipment.

1. Read Instructions-All the safety and operatinginstructionsshouldbe read beforethe productis operated.

2. Retain Instructions- The safety and operating instructions should be retained for future reference.

3. Heed Warnings- All warnings on the product and in the operating instructions should be adhered to.

4. Follow Instructions- All operating and use instructions should be followed.

FOR YOUR PERSONAL SAFETY

1. When the power cord or plug is damaged or frayed, unplug this television set from the wall outlet and refer servicing to
qualified service personnel.

2. Do not overload wall outlets and extension cords as this can result in fire or electric shock.

3. Do not allow anything to rest on or roll over the power cord, and do not place the TV where power cord is subject to
traffic or abuse. This may result in a shock or fire hazard.

4. Do not attempt to service this television set yourself as opening or removing covers may expose you to dangerous
voltage or other hazards. Refer all servicing to qualified service personnel.

5. Never push objects of any kind into this television set through cabinet slots as they may touch dangerous voltage
points or short out parts that could result in a fire or electric shock. Never spill liquid of any kind on the television set.

6. If the television set has been dropped or the cabinet has been damaged, unplug this television set from the wall outlet
and refer servicing to qualified service personnel.

7. If liquid has been spilled into the television set, unplug this television set from the wall outlet and refer servicing to
qualified service personnel.

8. Do not subject your television set to impact of any kind. Be particularly careful not to damage the picture tube surface.

9. Unplug this television set from the wall outlet before cleaning. Do not use liquid cleaners or aerosol cleaners. Use a
damp cloth for cleaning.

10.1. Do not place this television set on an unstable cart, stand, or table. The television set may fall, causing serious injury
to a child or an adult, and serious damage to the appliance. Use only with a car t or stand recommended by the
manufacturer, or sold with the television set. Wall or shelf mounting should follow the manufacturer s instructions, and
should use a mounting kit approved by the manufacturer.

10.2. An appliance and cart combination should be moved with care. Quick stops, excessive force, and uneven surfaces
may cause the appliance and cart combination to overturn.

3

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SCHNEIDER ELECTRONICS GMBH-GERMANY

PROTECTION AND LOCATION OF YOUR SET

11. Do not use this television set near water ... for example, near a bathtub, washbowl, kitchen sink, or laundry tub, in a
wet basement, or near a swimming pool, etc.
Never expose the set to rain or water. If the set has been exposed to rain or water, unplug the set from the wall
outlet and refer servicing to qualified service personnel.

12. Choose a place where light (artificial or sunlight) does not shine directly on the screen.

13. Avoid dusty places, since piling up of dust inside TV chassis may cause failure of the set when high humidity persists.

14. The set has slots, or openings in the cabinet for ventilation purposes, to provide reliable operation of the receiver, to

protect it from overheating. These openings must not be blocked or covered.

Never cover the slots or openings with cloth or other material.
Never block the bottom ventilation slots of the set by placing it on a bed, sofa, rug, etc.
Never place the set near or over a radiator or heat register.
Never place the set in enclosure, unless proper ventilation is provided.

a built-in

PROTECTION AND LOCATION OF YOUR SET

15.1. If an outside antenna is connected to the television set, be sure the antenna system is grounded so as to provide some

protection against voltage surges and built up static charges, Section 810 of the National Ele ctrical Code, NFPA No.
70-1975, provides information with respect to proper grounding of the mast and supporting structure, grounding of the
lead-in wire to an antenna discharge unit, size of grounding conductors, location of antenna discharge unit, connection
to grounding electrode, and requirements for the grounding electrode.

EXAMPLE OF ANTENNA GROUNDING AS PER NATIONAL ELECTRICAL CODE INSTR UCTIONS

EXAMPLE OF ANTENNA GROUNDING AS PER

NATIONAL ELECTRICAL CODE

ANTENNA
LEAD- IN WIRE

GROUND CLAMP

ELECTRIC SERVICE

EQUIPMENT

NEC-NATIONAL ELECTRICAL CODE

ANTENNA DISCHARGE
UNIT (NEC SECTION
810-20)

GROUNDING
CONDUCTORS
(NECSECTION 810-21)

GROUND CLAMPS

POWER SERVICE GROUNDING
ELECTRODE SYSTEM
(NEC ART 250. PART H)

15.2. Note to CATV system installer : (Only for the television set with CATV reception)

This reminder is provided to call the CATV system attention to Ar ticle 820-40 of the NEC that provides

installer s
guidelines for proper grounding and, in particular, specifies that the cable ground shall be connected to the grounding
system of the building, as close to the point of cable entry as practical.

16. An outside antenna system shouldnot be located in the vicinity of overhead power lines or other electric lights or power
circuits, or where it can fall into such power lines or circuits. When installing an outside antenna system, extreme care
should be taken to keep from touching such power lines or circuits as contact with them might be fatal.

17. For added protection for this television set during a lightning storm, or when it is left unattended and unused for long
periods of time, unplug it from the wall outlet and disconnect the antenna. This will prevent damage due to lightning
and power-line surges.

4

4

SCHNEIDER ELECTRONICS GMBH-GERMANY

OPERATION OF YOUR SET

18.

This television set should be operated only from the type of power source indicated on the marking label.If you are not
sure of the type of power supply at your home, consult your television dealer or local power company. For television
sets designed to operate from battery power, refer to the operating instructions.

19. If the television set does not operate normally by following the operating instructions, unplug this television set from the
wall outlet and refer servicing to qualified service personnel. Adjust only those controls that are covered in the operating
instructions as improper adjustment of other controls may result in damage and will often require extensive work by a
qualified technician to restore the television set to normal operation.

20. When going on a holiday : If your television set is to remain unused for a period of time, for instance, when you go on
a holiday, turn the television set and unplug the television set from the wall outlet.

off

IF THE SET DOES NOT OPERATE PROPERLY

21. If youare unable to restorenormal operation by followingthe detailedprocedurein youroperating instructions,
do not attempt any further adjustment. Unplug the set and call your dealer or service technician.

22. Whenever the television set is damaged or fails, or a distinct change in performance indicates a need for
service, unplug the set and have it checked by a professional ser vice technician.

23. It is normal for some TV sets to make occasional snapping or popping sounds, particularly when being
turned on or off. If the snapping or popping is continuous or frequent, unplug the set and consult your
dealer or service technician.

FOR SERVICE AND MODIFICATION

24. Do not use attachments not recommendedby the television set manufacturer as they may cause hazards.

25. When replacementparts are required, be sure the service technician has used replacementparts specified
by the manufacturer that have the same characteristics as the original part. Unauthorized substitutions
may result in fire, electric shock, or other hazards.

26. Upon completion of any service or repairs to the television set, ask the service technician to perform
routine safety checks to determine that the television is in safe operating condition.

5

5

Product Type

LCD Smart TV

Music MP3/WMA

Chassis

RT95L-AP

Picture JPEG/BMP/PNG/GIF

CPU Dual Core A9 1.2GHz

MPEG-(1/2/4)/H.264/H.263

GPU Quad Core IMG544

VC1/VP6/VP8/WMV/DIVX

OS Android 4.2

Memory 12Gb DDR3 / 8GB Flash File No

UI Style Cross UI

OSD Language

English, Arabic, Hebrew, Farsi, Russian,
French, Uzbekistan

PAL B/G、D/K、I Component Video Format YPBPR：up to 1080P

DVB-T、DVB-T2 DVI Video Format Up to XGA for HDMI-PC

AV System

PAL、NTSC

USB Video Format Standard

Channels

000-999

HDMI Video Format up to 2160P

Power Supply

AC 100V-240V 50/60Hz

PC Compatibility Up to SXGA

Power Consumption（TV On）

100W

Power Consumption（Standby）

≤0.5W

Certification

CB Backlight Unit

DLED

Energy Efficiency Level 5

Panel supplier TCL(SDC O/C)
Wired Network Default Aspect Ratio 16:9
Built in wireless module(2T2R 802.11n 300Mbps)

Panel Size (inch) 40"

LED Indicator Status Center of Front,White on Standby Display Resolution UHD(3840x2160)

Brightness (cd/m2) 320(typ.)

Contrast Ratio 5000:1 (Typ.)

Auto Source

Auto、Close、Manual Response Time Typ.8ms

PVR Coming soon

Viewing Angle (H/V)

Typ.178°/Typ.178°(CR≥10)

TimeShift Coming soon

Life Time(Typ.) 30,000hrs

Blue tooth

No

Color 1.07B (Dithered 10bit)

CEC No

Refresh Rate

50/60Hz(4k2k) V by 1

EPG

Yes（Only DTV）

Subtitle Yes (Only DTV)
Parental Control Yes

Sleep Timer Yes
System Update from Internet or USB Yes
Hotel Mode Coming soon
Input Method Smart TV IME
MHL Yes
Teletext No
Nicam No
Lightsensor No
3DTV Type No
3D Display No
3D Format No

Natura Light Technology

Normal、Dynamic、Off

DCC（Dynamic Contrast Control） On/Off

Backlight Adjustable Yes (0~100)
Color Temperature

Normal、Cold、Warm

Picture Mode

Normal、Vivid、Mild、User

Picture Size

Auto、16:9、4:3

Gamma Adjustable

-4 to 4

Comb Filter 3D
Dynamic Noise Reduction 3D
Adaptive Deinterlacing 3D
Motion Compensation Yes
Black Stretch Yes
DLTI Yes
DCTI Yes
Dynamic Skin Correction Yes
Super Resolution UHD 3840x2160

PRODUCT SPECIFICATION RELEASE

Model: L40E5800US/RT95L-AP(ISC)/LVU400NDEL SD9W00 V5

Version：V2.0 Issued On: 2015-03-12

Internet Link

Video
TV System

Terminals

Picture

USB Device Media Format

Signal Format Capability

Panel Specification

Basic Information

Basic Function

Speakers Integrated speakers (Bottom side)

Audio Power Output（THD=7%） 2×8W

Smart Volume On / Off
Smart Audio

Normal、Music、Movie、News

Sound Control

Volume、Balance、Track（DTV）

TV placement

Desk Top / Wall Mount

SRS

No

Wide Stereo No
DVSS (Dolby Virtual Surround) No
Dolby MS10(Including DD+)
Headphone No

Digital Audio Output Coaxial (SPDIF)

Youtube/TV Tube Popular VOD,
Twitter Social Apps, Powered by Accedo
Facebook No
Frequency Option
Vimeo Option
GoLive TV Yes /2.0
Zing TV Option Operation Manual English
AccWeather Option Remote Control and batteries RC311 ( with 2 batteries)
App Store 3.0 Special App Store 3DTV Glasses No
Browser Browser

Base Stand Integrated Packaging

Message Box Yes AC power cord 1 pcs
Riptide GP No AV adapter

Integrated Packaging

Entermity Worrior 2 No
Smart Pen No
TV Guard No
E-Sticker Function Introduction Camera CM550S, 02-CM550S-XX2 (option)
Help E-Manual Wall Mount WMB333(option)
TV Voice Option RF Converter(IEC Type to Type F)
EPG YES (Olny DTV)
IP EPG(Guide ON) No

SmartPen&SmartPen Book No

T-cast No

Wireless Keyboard A9000

Wireless Mouse A9000

Game Controller Xuandong

Mechanical Key Specification

Diagonal size（cm）

102

L1（mm）

917

Slim Edge Design---Up（mm）

13.4

W1（mm）

86

Slim Edge Design---Bottom（mm）

22.5

H1（mm）

537

Slim Edge Design---L&R（mm）

13.4

L2（mm）

731

Carton Dimensions LxWxH（mm）

1105*150*665

W2（mm）

171

Container Loading---20 feet（pcs）

277

H2（mm）

596

Container Loading---40 feet（pcs）

565

Net Weight With Stand（Kg）

8.4

Container Loading--40 feet High (pcs) 658 Net Weight Without Stand (Kg) 8.0

VESA Mounting Dimensions LxH（mm）

100X200

Gross Weight With Packaging（Kg）

11.0

Pre-Installed Application List

nScreen

Connect smart phone to TV and control the
TV with Phone; Push the media files in phone
to TV and enjoy big screen picture quality.

Gesture Control

No

Face Recognize

No

Design and specifications are subject to change without notice!

Sound

Special Function

iCamera

OPTION

Home Cloud

Share video, music, picture files in your home
network

Essential Accessories（Default）

Optional Accessories

No

RF 2.4G and Air mouse No

IR Remote YES

Voice Control No

Remote RC311

Remote Performance and ID Picture

Drafted by:

Approved by:

Remote Performance and ID Picture

Factory Test & Alignment Specification For RT95-AP Series (V1.0)

Content

1. General Description

2. Factory Menu

2.1 Accessing Way

2.2 Factory Menu

2.3 White Balance Menu

3. Design Menu

3.1 Accessing Way

3.2 Design Menu

3.3 Other Menu

3.4 Service Menu

3.5 Param Setting Menu

4. Test & Alignment

4.1 Pre-Conditions and Power Supply Check

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3

5

5

6

7

7

8

8

9

9

10

11

11

4.2 Project ID Modification

4.3 Function Test

4.4 LAN/WLAN Test

4.5 SHOP INIT

Appendix

Appendix 1: Warm-up Test

Appendix 2: Software Upgrade

Appendix 3: Network Connection

Appendix 4: White Balance (WB) Adjustment

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11

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13

13

14

14

14

15

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2

Factory Test & Alignment Specification For RT95-AP Series (V1.0)

1. General Description

The information contained in this document is proprietary to TCL SZ FPD lab and shall
not be disclosed by the recipient to third persons without the written permission of the
team leader or GM of R&D.

RT95-AP chassis are designed for Asia & Pacific (AP) market Ready for Smart TV. It
features by its high integration, easy debugging (ADC adjustment free) as well as
convenience in terms of maintenance. Fast software upgrade through USB disk
facilitates both manufacture and after-sale service. Meantime, a variety of functions
involved in Factory Main Menu can not only bring benefits for production, but also
satisfy various demands of customers.

Note: Factory Main Menu (FMM) is divided into Factory menu, Design menu. Factory Menu
covers all indispensable functions during manufacture such as White Balance Adjustment,
USB Upgrading etc., while Design Menu includes Service Menu, Shop Menu, Hotel Menu,
Param Setting, Other Setting etc. Shop Setting(menu) contains many choices for default
settings after manufacture. Some settings like Param Setting and Other Setting is
exclusively used by R&D engineer, anyone else shouldn’t change the settings in the menu.
When you wish to learn the product information like project ID, project name, chassis name,
software version, release date, you can access to Service Menu. In addition, in Hotel Menu,
we also provide a great deal of useful functions for specific applications in hotel.

The main chip is from RealTek and supports below features matrix:

Class

Inputs

&

Outputs

RF Input

(PAL/DVB/DVB-T2)

HDMI

(480i/p, 576i/p, 720p up to 1080i/p, with

HDCP)

VGA 1

VGA audio Shares audio sockets with YPbPr (L+R )

Composite Video Input(HDTV) YPbPr(RCA*3)

Component Audio Input L+R(RCA*2)

AV Input Shares Video(Pr) and audio sockets with YPbPr

Item

CABLE&ANTENNA

RT95

2*HDMI

3

Factory Test & Alignment Specification For RT95-AP Series (V1.0)

Mini interface

USB

(Video, audio and picture)

2 (USB 2.0) + 1 (USB 3.0)

SD

(Secure Digital Memory Card)

1

MHL Shares with one HDMI1

PCMCIA 1

SPDIF output 1*RCA

HEADPHONE 0

NETWORK RJ45 socket

Functions

Internet





 The software for U802 can be programed by RTICEv4_Basic.

 Every set has its unique HDCP key which is purchased from suppliers or HDCP

 Once in a while, the software of main board may be upgraded. Please pay attention to

Inputs

&

Outputs

Audio Out

WIFI

Others Serial connector Multiplexing VGA

U802

U802

IC Details

&

Position

Main program

Mboot

EEPROM U804

(Support online upgrade)

(Support online upgrade)

Note:

certification authority. Please check HDCP function in the process of production.

use the latest software before production.

4

Factory Test & Alignment Specification For RT95-AP Series (V1.0)

2. Factory Menu

 P (Production/Factory mode flag)

 MV (Mboot SW Version)

 SV (Main SW Version)

 ID (Project ID)

 MID

Factory Menu is mainly used for factory production and satisfies various demands of customers. It covers

all indispensable functions during manufacture such as White Balance, Warm up, Shop, NVM Reset,

USB Clone etc

.

2.1 Accessing Way

a. When the Factory hotkey item of Factory Menu is disabled (OFF), press Menu button of remote

control, then select TV Settings/Picture/Professional Setting, make sure the cursor stop on

Contrast item submenu. Finally, press 9, 7, 3, 5 consecutively.

b. When the Factory hotkey item of Factory Menu is enabled (ON, you can see the flashing Factory

Captions Info on the lower left corner), press Back button of remote control.

Press RCU “OK” key to enter the submenu.

Press RCU “Right” or “Left” key to change the values.

Press RCU “Right” or “Left” key run the function.

Press RCU “Back” or “Menu” key exit the Factory menu.

Factory Captions Info:

While “FactoryKey” is enabled, there is some toggled display information relative to MV, SV, ID, MID, to

facilitate 100% quick screening without accessing to whatever else menu:

5

Factory Test & Alignment Specification For RT95-AP Series (V1.0)

Factory Menu

Name

Default Description

Factory hotkey OFF

Factory Menu shortcut button switch

The item must be disabled (OFF) after production

Warm up OFF

Aging mode, mainly used for factory aging.

Press “Menu” key on keyboard to exit the burning mode.

See Appendix 1 “Warm-up Test”

White Balance ..

White Balance Adjustment ( see details below)

Shop >

It is crucial that the function is executed after production aim to clear information

of production process, ensure user cannot access to Factory Menu after

executing the item.

NVM Reset >

Restore default value except WB, ADC data.

Power On Mode STANDBY

ON: the set will power on after switching on power.

STB: the set will remain standby status after switching on power.

Last: the set will turn to the status in which it lies when last switching off.

If without requirement from certain customer, by default, the Setting should be

STANDBY

USB Clone ..

Select to choose the things you want to clone.

Preset Factory

Channel

..

Preset the channel table of factory. To preset the channel table of certain factory,

first, choose the corresponding factory name. Then press OK button of remote

control and wait OK is displayed on the screen.

DeviceID test DO

Test device ID.

Other

Project Information

SW NO. device info

Version information of Main Software

Project Name device info

Product model

SIACP Version device info

Serial port remote control protocol

Date device info

Release date and time of main software

2.2 Factory Menu

6

Factory Test & Alignment Specification For RT95-AP Series (V1.0)

button on remote control to select certain item and OK to adjust White Balance.

3. Design Menu

Design Menu includes Service Menu, Shop

Menu, Hotel Menu, Param Setting, Other etc.

Shop menu contains many choices for default

settings after manufacture. Some settings like

Param Setting and Other Menu is exclusively

used by R&D engineer, anyone else shouldn’t

change the settings in the menu. When you wish

to learn the product information like project ID,

project name, chassis name, software version,

release date, you can access to Service Menu. In

addition, in Hotel Menu, we also provide a great

deal of useful functions for specific applications in

White Balance

Name Default

Description

Source ATV Press RCU left/right key to change the TV source.

Color normal

Select color temperature you intend to adjust Three groups of

color temperature: normal, Cool, Warm are available.

R gain

0-255

Gain of R channel ( cannot be changed after auto calibration)

G gain

0-255

Gain of G channel ( cannot be changed after auto calibration)

B gain

0-255

Gain of B channel ( cannot be changed after auto calibration)

R offset

128

Disabled, keep the default value

G offset

128

Disabled, keep the default value

B offset

128

Disabled, keep the default value

White Balance

init

>

White Balance Initalization. Before WB adjustment, this item should be

executed.

2.3 White Balance Menu

Press the

hotel.

7

Factory Test & Alignment Specification For RT95-AP Series (V1.0)

Design Menu

Name

Default Description

Design Mode

hotkey

OFF

Design Menu shortcut button switch

The item must be disabled (OFF) after production

Factory menu

..

Access to Factory Menu

Other

..

The item includes a number of functions offering convenience for R&D engineer

to solve problems. It is exclusively used by R&D except Hotel Service OnOff

Service menu

..

Provide many useful information for after sale service

Please reference to SERVICE MENU submenu

Param setting

..

Include sound parameter, picture parameter, SSC, DBC, CI Card, Overscan,

WIFI CHECK and USB FILE. Please reference to PARAM SETTING submenu.

SHOP Menu

..

Contain many options which can be chosen according to the requirements of

customers as default settings when leave factory.

See details below.

Hotel menu

..

Include special functions which bring benefits to hotel management. The item is

accessible only when Hotel Service OnOff item is enabled (ON).

3.1 Accessing Way

a. When the Design mode hotkey item is disabled(OFF), press Menu button of remote control, then

select TV Settings/ Picture/ Professional Setting, make sure the cursor stop on Contrast item

submenu, press 1, 9, 5, 0 consecutively.

b. When the Design mode hotkey item of Design Menu is enabled (ON, you can see the flashing

Factory Captions Info on the lower left corner), press Back button of remote control.

Press RCU OK key to enter the submenu.

Press RCU Right/Left key to change the values.

Press RCU Right/Left key run the function.

Press RCU Back/Menu key exit the Factory menu.

Design Captions Information is the same to Factory Captions Info.

3.2 Design Menu

8

Factory Test & Alignment Specification For RT95-AP Series (V1.0)

Other Menu

Name Default

Description

TestPattern >

Switch the TV source into test pattern, and restarting TV is the only way to excit.

UartEnable OFF

The switch of VGA serial port information.

The item must be disabled (OFF) after production.

DeviceID ..

Show the device id of TV.

MAC ..

Show the MAC address of TV.

HuanID ..

Show the Huan id of TV.

ClientType ..

Show the Client type information.

Service Menu

Name

Default Description

Project ID

1

Select project parameters, depending on the BOM

description.

Hardware

RTK2995

mainboard Chassis

Software

V8-RT95009-LF1V007

version number of Main Software

Bootloader

V8-RT95001-LB1V001

version number of bootcore

USB Update

..

Update the software by USB disk,

detailed description see Appendix 2 “Software Update”

3.3 Other Menu

The Other Menu contains some TV basic information, with which we can check the TV setting before

production.

3.4 Service Menu

Service Menu contains some basic information of the device, such as Project ID, Hardware, Software

version, USB Update etc. This menu is especially useful for after-sale service.

9

Factory Test & Alignment Specification For RT95-AP Series (V1.0)

Param setting Menu

Name

Default Description

Sound Curve ..

Exclusively used by R&D

Sound Setting ..

Set sound mode, balance, sound scene, etc.

Picture Curve ..

Exclusively used by R&D

Picture Setting ..

Set picture mode, brightness, contrast, backlight, etc.

SSC Adjust ..

Spread Spectrum clocking.

Exclusively used by R&D.

DBC ON

Dynamic Backlight Control.

Exclusively used by R&D.

CI Card ON

Common interface Card switch.

WIFI CHEAK ..

Check the WIFI link

USB FILE ..

Access the USB file

3.5 Param Setting Menu

Param Setting menu contains sound parameter, picture parameter, SSC, DBC, CI Card, Overscan, WIFI
CHECK and USB FILE. But it is exclusively used by R&D engineer, anyone else shouldn’t

change the settings in the menu.

10

Factory Test & Alignment Specification For RT95-AP Series (V1.0)

4. Test & Alignment

 All tests and measurements mentioned hereafter have to be carried out at a normal mains voltage

 All voltages have to be measured with respect to ground, unless otherwise stated

 All final tests have to be done on a complete set including LCD panel in a room with temperature of

 The Picture Performance assessment such as White Balance (luminance and colour temperature)

Position Value Test Point

UD60 1.5V 1V5_DDR

U101 2.5V ±1% 2V5

U102 3.3V ±1% 3V3

LD90 12V±10% 12V

LD80 5V±5% 5V

LDA0 1.15V±5% 1V15

UT2 3.3V ±1% TU_3V3

UX2 3.3V ±1% 3V3_DEMO

According to the requirement of order, we suggest take the below steps to finish the appropriate settings.

Note:

(100 ~ 240 VAC)

25+/-7°C

has to be performed into subdued lighted room after at least 60min of warm-up in order to avoid any

temperature drift influence (colorimetry vs time).

4.1 Pre-Conditions and Power Supply Check

Before power-on, please check the board according to the relevant block diagram and circuit diagram,

and make sure that no serious issue or mistake can destroy the board. For example, the output of DC/DC

and LDO should not be shorted to ground.

Supply a suited voltage and power-on, then check the voltage according to the relevant block diagram,

circuit diagram and voltage spec, the error should be less than 5%, for example, the voltage for main chip

(+3V3, +2.5V, VDDC1V15, 1V5_DDR, etc.), the voltage for TUNER (TU_3V3), the voltage for amplifier

(AMP_VCC), etc.

4.2 Project ID Modification

There are different ID stored in the EMMC depending on different Panels settings and Models features,

but there’s only one key branching Project ID able to ensure normal display. And when you power on the

TV set, you should make sure the Project ID is accord with the BOM description. If not, you need to

modify the ID. There is two methods to modify the ID:

11

Factory Test & Alignment Specification For RT95-AP Series (V1.0)

 In case of “Design mode hotkey” is enabled, press “Back” button to enter Design Menu. To modify

 In case of “Design mode hotkey” is unabled, you can enter the Design Menu easily with reference

 Press “062598”+”Menu”+”XXX” (XXX represents project ID you’d like to switch to) in the remote

Change Project ID in Design Menu

Project ID, you need to go through “Service menu Project ID”, then press Left or Right key to

select suitable ID (Project name is dynamically refreshed). Finally restart the TV set.

to 3.1 Design Menu.

Change Project ID with RCU

control and wait about half an hour, When the set restart automatically, you have successfully

changed project ID.

Here below is none exhaustive ProjectID table for reference:

MODEL ProjectID Panel Name

L49E6700UDS 5 MT4851D01-3

L55E6700UDS

L40E5700UDS

6 LVU550SE4L CD9W00 V1

7 V400DK1-KS1

4.3 Function Test

Once the Project ID is correct and the TV display normally, plug all external generator devices to relevant

inputs/outputs below according to their respective test patterns format and check picture content and

sound quality accordingly:

Source Test Signal Test Pattern

RF Input

(PAL/DVB/DVB-T2)

AV

(CVBS)

VGA

YPBPR

HDMI

(Video & Audio)

LAN

(RJ45)

Chroma/Fluke generator PAL Half Color & Gray bars

Chroma/QuantumData

Chroma/QuantumData

DVD with HDMI compliancy Movie 720p@60Hz

RF cable Factory signal

1024x768@60Hz

generator

generator

Ethernet Any network

Half Color & Gray bars

1080i@60Hz

Half Color & Gray bars

Audio OUT RF signal Suitable channel

USB Video/MP3/Image Home/Media/

SD Video/MP3/Image Home/Media/

12

Factory Test & Alignment Specification For RT95-AP Series (V1.0)

SPDIF DOSS Audio output

PCMCIA TV source Suitbale PCMCIA Card

4.4 LAN/WLAN Test

MAC Address Upgrade

Upgrading MAC address needs to use the tool in factory and through serial command. The specific

method is according to the operation of the factory guidance.

DeviceID (DID) and UserID (UID)

Purpose is to allow Other Network Download (OND) and further specific services over dedicated portal

based on AP.For such, specific DID (32 bytes) and UID (8 bytes) needs to be paired and overwritten into

memory for internal client encryption,as below:

Device ID User ID

8cecb4ee42adc69ec7d714160b03371db5df4fef

Those DID/UID codes can only be set using UART commands following enclosed SIACP requirements

(rev. v3.9).

408BF6FAB8EC

LAN Test

A rough LAN test can be done by connecting Ethernet to TV’s RJ45 and check that IP, subnet mask, DNS
addresses, which are visible on “Home Settings Network Setting Wired settings Auto Get IP

Address” (ensure that “Internet Connection” is Enabled at first). More in-depth test can be performed

faster using suitable UART/IR commands following SIACP requirements. SW will internally manage

Network ID (NID) flag controlling all MAC/DID/UID integrity to facilitate PA screening further.

See Appendix 3 “Network Connection”

4.5 SHOP INIT

At final process stage, it’s necessary to perform Shop init before any packing to leave Factory mode and

restore User default presets according to the requirement of order.
This function is accessible by selecting “Factory MenuShop”, then pressing RCU “Right ”or” Left” key.

Other faster methods are available on above enclosed SIACP requirements (rev. v3.9).

13

Factory Test & Alignment Specification For RT95-AP Series (V1.0)

 Connect the computer and mainboard VGA port by a serial port tool.

 Open RTK “Mboot” software programming tool “RTICEv4_ Basic tool”, then click Burn(a) and

 Set the serial port as below, make sure the common option is the same to serial port, then click OK.



Click Burn (b) and you will see the below window. First, choose the bootcore file in the computer,

Appendix

Appendix 1: Warm-up Test

Following TCL standard and practices, it’s required minimum 15min of Warm-Up that can be considered

as Burn-In. Additional aging for White Balance alignment is no more necessary due to consistent picture
performance with cloning usage. This function is accessible by selecting “Factory menu  Warm up”,

pressing RCU “Right” or ”Left” key to set it ON, and then it enter in Warm up mode. Other faster methods

are available on above enclosed SIACP requirements (rev. v3.9).

Appendix 2: Software Upgrade

How to upgrade Mboot

Serial connector definition: VGA/P403: Pin4: RXD VGA Pin11:TXD

System option item to set serial port.

14

Factory Test & Alignment Specification For RT95-AP Series (V1.0)

There are two methods to upgrade SW, one way like below：

 Download the bin file “install.img” to the root directory of

your USB device, and do not change the file name. Then

insert the USB device to USB interface of TV set.

 Power on the TV set, Press and hold on the power key of

key board at the same time. If the TV is updating, you’ll

see the below screen:

 After updating, the TV set will reset automatically.

Note: If there’s already other “install.img” in USB root, it

should be deleted or renamed.

 Download the bin zip file “install.img” to the root directory of your USB device. and do not change the

 Press RCU Menu/TV Setting/Picture/Professional Setting/Contrast/1,9,5,0/Service menu/USB

 After updating, the TV set will reset automatically.

 Connecting the LAN port on the TV to an external modem using a Cat 5 cable.

 Connecting the LAN port on the TV to an IP Sharer which is connected to an external modem. Use

 Depending on how your network is configured, you may be able to attach the TV to your LAN by

then click the Start item and then power on the TV. You’ll see the burning of Mboot.

How to upgrade FLASH SW

The other way：

file name. Then insert the USB device to USB interface of TV set.

Update /Main Upgrade/Local Update . If the upgrade file is found, TV will give a message that it

verifying. TV displays a warning message, it means selecting “confirm” to continue or “cancel” to exit.

During updating, do not power off the TV set.

Appendix 3: Network Connection

You can set up your TV so that it can access the Internet through your local area network (LAN) using a

wired or wireless connection.

Connecting to a wired network

Attach the TV set to your LAN using cable in three ways:

Cat 5 cable for the connection.

connecting the LAN port on your TV directly to a network wall outlet using a Cat 5 cable. Note that the

wall outlet is attached to a modem or router elsewhere in your house.

Select Home-> Settings-> Network Settings-> Wired Settings, then select “Auto Get IP Address” or

“Manual Set IP Address” to connect to a wired network.

Connecting to a wireless network

To connect the TV set to your network wirelessly, you need a wireless router or modem and a Wireless

LAN Adapter.

If the TV set is equiped with a internal WIFI, select Home-> Settings-> Network Settings-> Wireless

Settings, then turn on Wireless Switch, select a wireless network and press OK to connect.

If you want to connect the TV set to a wireless network by a Wireless High Gain USB Adapter (USB

dongle), select Home-> Settings-> Network Settings-> Wireless Settings, then turn on Wireless

15

Factory Test & Alignment Specification For RT95-AP Series (V1.0)

tolerance

（X,Y）



White balance adjustment takes the Normal color temperature of HDMI channel as the reference.



Warm and Cold tone is relative to Normal mode. The adjustable offset or gain range is -128~127.



The Normal color temperature of other channel is relative to the Normal mode of HDMI channel. The



The manual adjustment is according to the regulation above. Additionally, when manually adjusting, it

Switch and External WiFi, and select a wireless network and press OK to connect.

Appendix 4: White Balance (WB) Adjustment

The White Balance generally is customized by PQ engineer, and uploaded to the PDM system, anyone

else shouldn’t change the value in the menu. If it is necessary to adjust, the following content can offer

some reference, but the process of adjusting White Balance is out of the range of this file. Please refer to

the relevant technical file of HuiZhou factory of TCL.

Calibration of Color Temperature

According to TCL standards, the color temperature and white reference coordinates of LCD like the

following table: (This standard is based on CA-310 color temperature meter as a reference)

Product

type

LCD

Color

Color

temperature

temperature

state

cold 13000K 0.270 0.270

warm 7500K 0.300 0.305

chromaticity coordinate

X Y

±0.015normal 10000K 0.280 0.290

adjustable offset or gain range is also -128~127.

needs to do White Balance init first.

Take signal generator 22293 for example, the timing value and pattern value of each source show in the

following table:

source HDMI VGA AV/ATV CMP

Timing value 69 14 38 79

Pattern value 103 103 103 103

Note: 1) The input signal is 80% white when the pattern value of 2293 is 103.

2) The adjustment of White Balance should fulfill TCL matching specification.

16

5

e

e

e

12V

2800mA

>6445mA

D D

2805mA

1600mA

PMK50XP

12VDC OUT

SWITCH

MP2905A

12V IN 5V_OUT

DC/DC

SOC

AMP_VCC

PON

POWER_ON

AMP TPS5707

Q1001

5721mA

UD80

UP2

C C

3V3STB

MP2905

可以满足

1：5V

B B

系统工作电流：

2：MHL与USB3.0

40mA

100mA

20mA

TPS560200

12V IN
3V3SB

+3V3SB

+3V3SB

5V PANEL

Max 2181mA

同时使用

DC/DC

IR/KEY/LED

供电情况

U103

SOC

用户使用过程可能出现最大电流需求情况：

Max：2181mA+900mA+750mA=3831mA

A A

5

4

5V

60mA

120mA

1900mA

500mA

1361mA

2181mA

414mA

4

750mA

210mA

SWITCH

5V_IN

1v15

5V_OUT

G525

IN OUT

SWITCH

AS1117-3.3

IN OUT

LDO

AS1117-3.3

IN OUT

LDO

RT8096

IN OUT

DC-DC

RT9711A

IN OUT

SWITCH

MP8606DL

5V_IN 1.15V_OUT

DC/DC

60mA

346mA

SY8034

3V3_IN

5V_IN 1.5V_OUT

DC/DC

3

U401

UT2

UX2

U4

U302

4900mA

UDA0

AS1117-2.5

IN OUT

LDO

AZ1117-3.3

OUT

IN

LDO

1240mA

UD60

1.5V_IN 0.75V_OUT

3

100mA

U101

430mA

U102

G2992B*2

LDO

2800mA

750mA

Max 307mA

65mA

500mA

900mA
500mA
500mA

500mA

300mA

80mA
50mA

840mA
400mA

U605
U606

2

12V_M

PANEL

MHL

+5V

TDA18275

TU_3V3

T2_3V3 DEMO

T2 ATBM8711

T2_1V1

+5V
+5V
+5V
+5V

+1V15

+2V5

+3V3
+3V3
+3V3
+3V3

+1V5
+1V5

+0.75V

Title

Title

Title

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

A4

A4

A4

Date: Sheet of

Date: Sheet of

Date: Sheet of

2

HDMI3

TUN3

UX1

USB 3.0
USB 2.0
USB 2.0
内置Wifi

SOC

SOC

SOC

U802

EMMC
TPS5707
EEPROM

DDR3*4

<Title>

<Title>

<Title>

<Doc> <RevCod

<Doc> <RevCod

<Doc> <RevCod

U01A
U804

SOC

DDR3

1

11Thursday, November 06, 2014

11Thursday, November 06, 2014

11Thursday, November 06, 2014

1

5

>

>

>

4

3

2

1

01-RT95L1-MAA2HG signal system block diagram

OC CHOOSED BY RESISTORS SELECTION!!!

P01A

P02A

SPEAKER

SPEAKER

R+

R-

L+

L-

ACB

D

SCL

U01A

TAS5707

SDA

I2SDA

MCK

LRCK

BCK

2V5

LRCK

BCK

MCK

I2SDA

SDA

3VSTB

3V3

1V15

HTPDN

DDR_1V5

LOCKN

B_RAMBAK[0..2]

B_RAMCTL[0..13]

U603
NT5CB128M16FP-DI

1.5V

RAMADDR[0..14]

RAMBAK[0..2]

RAMCTL[0..13]

RAMDQ[0..15]

B_DDR3_DQ[0..15]

B_DDR3_DQ[16..31]

U604
NTC5CB128M16FP-DI

1.5V

1.5V

RAMDQ[0..15]

U802

13-FHG6A2-8GB

RAMADDR[0..14]

RAMBAK[0..2]

RAMCTL[0..13]

D[0..7]

RESET

D[0..7]

EMMC_RESET

CMD

CLK

EMMC_CLK

EMMC_CMD

U804(CCP)
M24C32

SCL

E_WP

SCL_D7

EWP_G2

SDA

SCL

SDA_A5

RAMDQ[0..15]

A_RAMBAK[0..2]

U602
NT5CB128M16FP-DI

1.5V

1.5V

RAMDQ[0..15]

A_RAMCTL[0..13]

A_DDR3_DQ[0..15]

RAMADDR[0..14]

RAMBAK[0..2]

RAMCTL[0..13]

B_RAMADR[0..14]

A_DDR3_DQ[16..31]

D D

C C

U601
NT5CB128M16FP-DI

1.5V

RAMADDR[0..14]

RAMBAK[0..2]

RAMCTL[0..13]

A_RAMADR[0..14]

U500

RT2995

THIS MODEL IS FOR INNOLUX/V50DK2-QS1!!!

4K2K OC 8LANE (NO SCOT)

CM&AUO&SDI&LGD*&INNOX

SCL
SDA
HTPDN

LOCKN

RX0P

AL21_TX0P

RX0N

RX1P

AL22_TX1P

AK22_TX0N

P1002

RX1N

RX2N

RX3N

RX4N

RX2P

RX3P

AL23_TX3P

AK23_TX2P

AM22_TX1N

AK23_TX3N

AM23_TX2N

RX5N

RX4P

RX5P

AL26_TX5P

AK26_TX4P

AK27_TX5N

AM26_TX4N

L/R_O

TCON_WP

L/R_I

3D_EN

NAND_D3(BIT_SEL

RX6N

RX6P

RX7P

AL27_TX6P

AK29_TX7P

AK28_TX6N

NAND_D3(BIT_SEL

TCON_WP

LD

RX7N

AM29_TX7N

3D_EN

L/R_O

LD

TU_IF+IN

TU_IF-IN

TU_SCL_OUT

TU_SDA_OUT

TU_IFAGC_OUT

T2_MDO0

T2_MOCLK

T2_MOSVALA

T2_MOSTART

T2_RESET

B B

100R

100R

R206 100RR206 100R

R205

R205

TF-

TF+

SCL

SDA

IFAGC

TUN2

TDA18275

A A

5

TF-

TF+

MO0

IFAGC

UM3

ATBM7811

MOCLK

MOSVALA

P901

T2_RESET

TU_SCLK

MOSTART

CI_BUS[0..59]

D[0..59]

CI CARD

SDA

TU_SDA

SCL

DP_P0

DP2

USB2.0

P307

4

DM_P0

DN2

DP_P1

DP2

USB2.0

P308

DM_P1

DN2

DM_P2

DP_P2

DP2

DN2

6PIN CON

P309

WIFI_ON

WIFI_ON

DM_P3

DP_P3

USB3.0_RP

TXP

DP3

DN3

USB3.0

P306

USB3.0_RN

TXN

H1_HPD

H1_SCL

H1_SDA

H1_RX[0..7]

H2_HPD_CBUS

H2_SCL

H2_SDA

HDMIB_RX[0..7]

MHL_IN

HPD

SCL

D+/UART_TX

P1005

HDMI2_DET

SDA

H_TX[0..7]

H_DET(POWER)

3D_VSYNC

D-/UART_RX

H0_SCL

H0_HPD

H0_SDA

H0_RX[0..7]

USB3.0_TP

USB3.0_TN

RXP

RXN

P400

HDMI0

HDMII0_DET

SCL

SDA

HPD

H_TX[0..7]

P401

HDMI1

H_DET(POWER)

R1030

R1030

SCL

SDA

HPD

100R

100R

R1031 100RR1031 100R

HDMII1_DET

H_TX[0..7]

P402

HDMI2

H_DET(POWER)

BT MODEUL 6PIN

3

VGA_RGB[0..2]

MHL

RGB[0..2]

P403

100R

100R

R1032

R1032
R1033 100RR1033 100R

HSVSVGA_SCL

VS

HS

VGA

VGA_SDA

SCL

SDA

R1034 100RR1034 100R

UART_RX

TX

UART_TX

RX

2

AV1_V

AV1_R

V

R

P301

RCA303

AV1_L

SPDIF

L

SPDIF

P302

P303

RCA301

RCA001

Title

Title

Title

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

A3

A3

A3

Date: Sheet

Date: Sheet

Date: Sheet

UART_RX2

UART_TX2

RP1

RN1

TP1

TN1

TN2

TP2

RP2

AVOUT_R

AVOUT_L

RXP1

SPDIF

SPDIF

P304

P310&TE0

RCA002

100M NET

<Title>

<Title>

<Title>

<Doc> <RevCode

<Doc> <RevCode

<Doc> <RevCode

RN2

TXP1

TXN1

RXN1

11Friday, November 07, 2014

11Friday, November 07, 2014

11Friday, November 07, 2014

of

of

1

of

8 7 6 5

4 3 2 1

12V to 5V

CD83

6800P

RDA1
10R

CDA4
2U2

GND

GND

12V_M

CD80
10U

RD83

1K2

GND

15
14
13
12
11
10

CD81
10U

CD84

0.01U

PGND8

PGND7
PGND6
PGND5
PGND4
PGND3
PGND2

16

CD82

0.1U

CD85

2U2

171819

IN1

UDA0

MP8606DL

PGND1

9

VCC

SW1

8

IN2

IN3

SS/TRK

BST

PGOOD

7

1
2

SS

3

REF

4
5 6

20

21

SW2

22

SW3

1

AGND

2

FREQ

Vref=0.6V

3

FB

4
5

EN

6

CDA5

0.47U

Vref=0.59V

UD80

ILIM

FB
SS

MP2905

RDA2

220K

GND

CDA6

0.1U

HG

SW

RDA9

10R

REF
GND
LG BST

GND

IN

10

CD86 0.01U

9
8
7

CD87 0.1U

RD82
6R8

RDA3

100K

RD80
4K7

RD81
6R8

RD8B

10K

RDA4

100K

CDA7

0.1U

GND

P

RD8A

LDA0

0.68UH

10K

1

S1

2

G1

3

S2

4

G2

CDA9

QD80

A04832

100P

D1A

D1B
D2A
D2B

8
7

6
5

GND

RDA6

5K1

RDA7

0R

RDA8

4K7

RD85

36K

CD89

CD88

150P

1U

LD80

6.8UH

CD8A

3900P

RD86

2R2

GND

CDAA

22U

CDAB
22U

Change RDA2 to adjust Fsw, Set Fsw=1MHZ
Fixed OCP=8.6A

CD8B

10U

RD84

9K1

CD8C

CDAC

22U

10U

GND

CDAD

22U

CD8D

10U

1V15

1V15

T

GND

5V

CD8E

0.1U

CDA15

0.1U

@max5A

1V15

@max 6A

F

5V

E

D

STD3.82 MAIN POWER CON:14PIN/12V

DIM_DC

BL_ON

POWER_ON

3DEN

12V

DIM_PWM

3V3SB_1

DC-DC

F

GND

470U

16V

GND

GND

T

C102

0.1UC107

12V_2

T

T T T

T

12V-1

(9)

3D_CTRL

A_DIM

(5)

POWER_ON_OUT

(5)

BL_ON_OUT

(5)

3V3SB

R104 2K2

GND

E

R103

10K

GND

GND

R102 10K

R109

10K

R101 220R

220RR105
220RR106

220RR107

GND

0.01UC104

C101

1000P

GND

0.01UC105

POWER_ON

BL_ON

C106

1000P

P101

4
6

GND

8
10
12
14

3D_EN

12V

12V 12V
GND
DIM_DC

POWER_ON

BL_ON

12V

12
3
5
7
9
11
13

12V
12V

GND

3.3VSB
GND

DIM_PWM

C103

0.01U

T

GND

T

0.01UC108

L103

120R

L101

220RR108

220RL102

220R

3V3SB

GND

R110

10K

AMP_VCC

12V_M

3V3SB

DIM_OUT

(10)

(5)

(7)

POWER_ON

R138 10K

5V to 1.15V

DC-DC

C137

1000P

SS

CDA3

0.1U

QD82

2N7002K

REF

RD89 10K

C

B

QD81

E

BT3904

GND

(VIN=2.9V-6.5V)

5V

CDA2

CDA1

10U

10U

GND

STANDBY VOLTAGE CONVERT NC

100K

RDG1

(Vin=4.5V-17V)

12V

CDG110U

CDG2 0.1U

D

GND

UDG1 TPS560200

VIN

4

VSENSE

5

Vref=0.8V

RDG2

15K

Fsw=600KHz

PH

GND

EN

3

2

1

GND

RDG536K

LDG1

10UH

0.1UCDG7

NC

CDG6 33P

RDG4 47K

CDG3 10U

3V3SB

10UCDG4

GND

CDG5 0.1U

@max0.5A

GND

8
7
6
5

VIN

3

VIN

3

GND

4

4

OUT

2

GND

4

4

OUT

2

GND/ADJ

1

GND/ADJ

1

LD60

2.2UH

CD61

22P

RD61

150K

3V3

T

C122

10U

2V5

Need 100mA

C119

10U

3V3

Need 400mA

DDR_1V5

CD62

22U

CD63

22U

2V5

T

CD64

0.1U

C

B

DDR_1V5

@max3A

GND

3V3SB_2

IR&KEY

P102

3V3SB

1

IR

P103

2
3

GND

LED

4
5

KEY

K_GND

T

1

2

GND

C

B

LED

T

R118

4K7

KEY

T

KEY

PESD5V0S1BL

12

D101

NC

GND GND

C111

0.1U

GNDGND

F105

T

IR

0.1UC115

GND

R119

22K

T

R116 470R

R115

C113

470P

GND GNDGND

GND

F102

C116

0.1U

1K

10KR111

3V3SBLEDIR

F103

F104

IR_IN

LED_OUT

KEY_IN

(5)

(5)

(5)

GND

5V to 2.5V
LDO

5V to DDR_1V5

DC-DC

1V15

5V

1V15

5V

R125

33K

R127

4K7

C128

1U

Q101

PMV65XP

S

C

B

GND

(Vin=2.7V-6V)

CD59

CD60 0.1U

10U

D

G

Q102

BT3904

E

3V3

Vref=0.6V

GND

U101

AS1117-2.5

C118

10U

C121

10U

UD60

1

FB

2

PG

3

IN

4

PGND

(0.85MHz<Fosc<1.15MHz)

C117

0.1U

U102

AS1117-3.3

RD60
100K

AN_SY8034

SGND

EN

LX

NC

C120

0.1U

A

THIS DRAWING CANNOT BE COMMUNICATED TO UNAUTHORIZED PERSONS COPIED UNLES S PERMITTED IN WRITING

RD63
8K2

...

...

...

...

Index-Lab

Last saved :

5

DD-MM

DD-MM

DD-MM

DD-MM

DATE

...
...
...
...

...

...

...

...

DESCRIPTION Last modifNAME

4-14-2009_15:28

4678

RD62
91K

...

...

...

...

SBU :

TCLNO:

.............

DESIGNATION

...........

GNDGND

TCL

ADDRESS1
ADDRESS2
ADDRESS3

TELEPHONE

DRAWN

ON:
BY:

CHECKED

DD-MM-YY

ON:
BY:

......

PAGE:

OF :

A

3 2 1

FORMAT DIN A2

12 11 10 9 8 7 6 5 4 3 2 1

H

H

TDA18275(CAN)+ATBM7811_T2

4

4

VIN

3

CT42

OUT

2

GND/ADJ

1

GND

GNDGND GND

TU_3V3

CT43
10U0.1U

TUNER_FAT+
TUNER_FAT-

UT2

AS1117-3.3

5V

CT41

G

10U

The impedance Zi between FAT+ & FAT- should be >=1K,
The total capacitance should be <=40PF

Close to SOC U500

CT26

22P

CT27

22P

RT19 100R
RT18 100R

CT36 0.1U

CT35

0.1U

TU_IF+_IN

TU_IF-_IN

(9)

(9)

Standard Circuit V3.5

G

GND

RT10

4K7

3V3

Close to SOC

NOTE: All the test points should be out of TUN2.

TU_3V3

TU_3V3

CT29 22P

CT28 22P

TU_IFAGC

T

Close to Tuner

R206 100R
R205 100R

1KRT14

TU_FAT+

TU_FAT-

1

GND1

TU_3V3

2

VCC

TU_SCL

F

SCL

SDA

GND2

NC
IF_P
IF_N

IF_AGC

3

TU_SDA

4

GND

5
6
7
8

TU_IFAGC

9

GND

GND

T

T

T

CT30 10U

CT32

CT38 22P

CT37 22P

TU_SDA

TU_SCL

T

T

GND

Or connect to the nearest 3V3

RT11
4K7

TU_SCL_OUT
TU_SDA_OUT

3V3

CONNECT TO 3V3 OF SOC

(9)
(9)

5V

UX2

AS1117-3.3

CX8
10U

4

4

GND/ADJ

OUT

VIN

3

2

1

CX9

0.1U

GNDGND GND

GND

CX1

10U

3V3_DEMO

T

F

3V3_DEMO

>200mA

Decided by SOC

NC/

TUN2

GND

GND

6800P

NC/

IF_AGC_T2

GNDGND

GNDGND

Close to SOC

RT12

1K

CT22

0.1U

RT13
NC/

10K

TU_IFAGC_OUT

(9)

RT8096A,1Amax,2014-11-05

E

D

GND

X24M

24M

3V3_DEMO

5V

(Vin=2.5V-6V)

CDJ2

CDJ1

0.1U

10U

GND

GND

Vref=0.6V

RDJ2 27K

RDJ3 91K

RDJ1

100K

UDJ1
RT8096A

VIN

4

FB

5

LX

GND

EN

3

2

1

GND

LDJ1

2.2UH

CDJ6

22P

RDJ4

100K

1V1_DEMO

T

CDJ4

22U

CDJ5

0.1U

1V1

max1A

GND

E

D

Read Add:0X81H

Write Add:0X80H

3V3_DEMO

CM21

GND

CM20

CM23

CM22

2U210U

0.1U

0.1U

CM24 CM25

0.1U

C

1V1

GND

IF_AGC_T2

CM13

22U

CM14

10U

CM2

0.1U

CM15

RM4

1K

2U2

CM16

0.1U

Close demod

CM17

0.1U

CM3

0.1U

RM5

10K

B

GND

GND

3V3_DEMO

0.1U

CM18 CM19

0.1U

0.1U

1V1

D_IF_AGC

TUNER_FAT-

TUNER_FAT+

3V3_DEMO

CM31

CM33

0.1U

0.1U

1V1

LM1
120R

CM8
2U2

GND

GND

LM2
120R

CM4

0.01U

CM32

NC/

47P

GND

TU_SDA
TU_SCL

CM61UCM9

2U2

GND

CM34

NC/

47P

RM23 100R
RM24 100R

3V3_DEMO

1V1
D_IF_AGC

RM1

4K7

NC/

NC/

3V3_DEMO

GND

RM2

4K7

37
38
39
40
41
42
43
44
45
46
47
48

CM30

15P

NC3
NC4
NC5
NC6
RSSI
CLK_IO
TIFP
TIFN
VDD33D
CVDD5
GPO2
GPO3

GND

36

35

32

AVDD33

GND1

34

CAVDD

33

ADDR

30

31

XTALO

XTALI

29

NC2

NC1

UM3

ATBM7811

SDAM

SCLM

CVDD1

GPO5

GPO4

VDD33A

STATUS

123456789

3V3_DEMO

TSSYNC

1V1

RM6

2K7

GND

GND

3V3_DEMO

28

261127

GP01

VDD33C

TSSYNC

TSVLD

TSCLK

10

TSVLD

TSCLK

CM29

15P

1V1

25

GND

CVDD4

TEST_MODE

SDAS

SCLS
CVDD3
RESET
CVDD2

VDD33B

TS7
TS6
TS5
TS4
TS3
TS2

TS0

TS1

12

D_TSDATA0

24
23
22
21
20
19
18
17
16
15
14
13

1V1

3V3_DEMO

FROM T2 DEMO

D_TSDATA0

TSCLK

TSVLD

TSSYNC

0R

RM21

NC/

RM18

0R

RM10

22R

RM7

22R

RM8
22R

RM9
22R

1V1

GND

CM11

10P

GND

CM35
10P

GNDGND

/NC

RM3

47K

CM7

1U

CM10

10P

T2_RST

RM20 100R

RM19 100R

CM26

/NC

10P

TU_SDA_OUT
TU_SCL_OUT

RM11

22R

CM27

/NC

10P

CM28
10P

/NC

(9)
(9)

CM36

/NC

TO RT2995 TS

T2_D0

T2_CLK

T2_VALID

T2_SYNC

10P

T2_D0

T2_CLK

T2_VALID

T2_SYNC

C

(9)

(9)

(9)

(9)

A

THIS DRAWING CANNOT BE COMMUNICATED TO UNAUTHORIZED PERSONS COPIED UNLES S PERMITTED IN WRITING

...

...

...
...

Index-Lab

Last saved :

DD-MM
DD-MM

DD-MM
DD-MM

GND

...
...

...

...

...

...

SBU :
TCLNO:

TCL

ADDRESS1

...

...

...

.............

ADDRESS2

A

ADDRESS3

...

...

NAME Last modifDESCRIPTIONDATE

11-23-2010_14:02

...

DESIGNATION

...........

TELEPHONE

DRAWN

ON:
BY:

CHECKED

DD-MM-YY

ON:
BY:

......

PAGE:
OF :

123456789101112

FORMAT DIN A1

8 7 6 5

AV1_V

AV1-R

AV1_L

4 3 2 1

USB_5V

1

DN2

2

DP2

3
4

5
6

GND

WIFI_5V
W_DN
W_DP

T

SOFT_SW

WIFI_GND

N_TX1P
N_TX1N
N_RX1P

TTT T T T

N_TXC

N_RX1N

N_RXC

USB3_5V

USB3_D+

USB3_D-

T

T T

GND

GND

R347

2R2

R348

2R2

R349 100R

NET_RXC

NET_TXC

TXP
TXN

USB3_D-

USB3_D+
U3_RXP_
U3_RXN_

T

USB3_GND

USB_5V

DN2
DP2

WIFI_ON

C341 0.1U

DN2

T

GND

5V
USB1_D-_IN

USB1_D+_IN

(5)

RE0
75R

RE1

75R

CE0

1000P

GND

0.1UC340

R339 0R
R340 0R
R343 0R
R344

0R

DP2

T

(5)

RE2
75R

RE3

75R

R355 2R2
R358 2R2

F324

F326

5V

NET_RX1P

NET_RX1N

NET_TX1P

NET_TX1N

U3_TXP
U3_TXN

USB3_D-_IN
USB3_D+_IN
U3_RXP

U3_RXN

USB_GND

USB0_5V

T T

USB0_D-_IN

USB0_D+_IN

C380

F380

0.1U

C385

10U

GND

16
15
14
13

TS8121CLF

12
11
10

9 8

(5)
(5)

(5)
(5)

(5)
(5)

(5)
(5)

5

R372

10K

4 3

TE0

TXP

TXN

GND

U3_RXP_

U3_RXN_

USB3_D+

USB3_D-

DN2

DP2

U301

VIN

EN/EN# NC

VOUT

GND

RT9711A

1
2
3
4
5
6
7

CLOSE TO TE0

U301

1
2
3
4
5 6

PESD5V0S1BL

PESD5V0S1BL

PESD5V0S1BL

PESD5V0S1BL

1

2

10

GND

0.1UCE1

0.1UCE2

ESD

D308

21

D309

21

D310

21

D311

21

USB_5V

C382

470U

16V

NC/

9
8
7

GND

UE1

13-ESD5V5-O4B0P5

10
9
8
7

U3_RXP_
U3_RXN_

GND

GND

GND

GND

GND

ESD

1
2
3
4
56

GND

C383

10U

TXP

TXN

T

USB_5V

GND

TXN

TXP

F313

5 6
4
3
2
1

USB3_D-

F315

F314

UE2
13-ESD3V3-6PB

F316

USB3_D+

U3_RXP_

F317

GNDGND GNDGNDGND

7
8
9
10

U3_RXN_

F318

GND

RE4

RE5

RE6

RE7

2R2

2R2

2R2

2R2

RX1P

RX1N

TX1P

TX1N

F

E

D

C

Must be differential 100ohm

B

AV1-IN

P301

6

YELLOW

F

WHITE

RED

5

4

3

2

1

SPDIF_OUT

P302

2

BLACK

E

AV OUT

P303

RED

P304

D

C

WHITE

1

2

1
2

1

GND

Z?

AV1_L_OUT

AV1_V

AV1_L

AV1_R

GND11

T

GND

AVOUT1_R

AVOUT1_L

5V

Q301

BT3904

T T

GND

NC/

PESD5V0S1BL

D307

21

T

GND

12V

C312
150P

C

B

E

R317
7K5

T

F303

SPDIF

T

SPDIF

F312

NC/

PESD5V0S1BL

D303

12

R308

470R

/NC

R323

100R

R313
6K8

GND

PESD5V0S1BL

12

GND

F302

GND

R351 120R

AVOUT1_R

NC/

PESD5V0S1BL

F304

12

R309

1K

R311
22K

C314

1500P

NC/
D306

AVOUT1_L

TT

D304

F301

C305
560P

F305

R314
15K

R301

R302

75R

R304 6K8

R305 6K8

C306

C351 33P

R306

10K

560P

R307

10K

R350

220R

Cloce to IC

10K

R319

AVOUT_V

R320

10K

C309

0.1U

T

C310

0.1U

R325 75R

R321

1K

R322

1K C308 2U2

This joint must be in the middle

of the L/R amplifier circuits on PCB

C311

100U

16V

GND

Q302

BT3904

R310

1K

AV1_R_OUT

C313
150P

C

E

R318

7K5

R315

B

6K8

GND

33R

33RR303

R312
22K

C315
1500P

C350

0.1U

NC

C307 2U2

R316
15K

C301 0.022U

C302 0.022U

1U

C303

C304 1U

SPDIF_OUT

AVOUT1_V_OUT

AV1_R_OUT

AV1_L_OUT

AVOUT1_R_OUT

AVOUT1_L_OUT

(9)

(5)

(5)

(5)

(5)

(5)

AV1_V_IN

AV1_V_IN-

AV1_L_IN

AV1_R_IN

(5)

(5)

(5)

(5)

USB3.0-IN

P306

MNT-HOLE1

MNT-HOLE2

USB2.0-IN

P308

DNEG-1

DPOS-1

MNT-HOLE1

MNT-HOLE2

P309

WEB-RJ45

P310

1
2
3
4
5
6
7
8

VCC-1

GND-1

C335

0.1U

1
2
3
4
5

GND

NET_TX1P
NET_TX1N

NET_RX1P

NET_TXC

NET_RX1N

NET_RXC

USB_5V

9
1
8
2
7
3
6
4
5

10
11

T
T

T

C334

0.1U

T

B

A

THIS DRAWING CANNOT BE COMMUNICATED TO UNAUTHORIZED PERSONS COPIED UNLES S PERMITTED IN WRITING

...

...

...

...

Index-Lab

Last saved :

5

DD-MM

DD-MM

DD-MM

DD-MM

DATE

...
...
...
...

...

...

...

...

DESCRIPTION Last modifNAME

4-14-2009_15:28

4678

...

...

...

...

SBU :

TCLNO:

.............

DESIGNATION

...........

ADDRESS1
ADDRESS2
ADDRESS3

TELEPHONE

DRAWN

ON:
BY:

TCL

CHECKED

DD-MM-YY

ON:
BY:

......

A

PAGE:

OF :

3 2 1

FORMAT DIN A2

GND

HDMI 2

HPD

GND5

DDCDA

DDCCLK

NC1

GND4

RX0-

RX0+

GND2

RX2-

GND1

RX2+

VCC

NC2

RXC-

RXC+

GND3

RX1-

RX1+

P401

AZ5013-01F

NC

D411

H1_HPD

19
18
17
16
15
14
13
12
11
10

9
8
7
6
5
4
3
2
1

GND

GND

H1_5V

H1_SDA

H1_SCL
H1_ARC
H_CEC

H1_RXC-_IN

H1_RXC+_IN

H1_RX0-_IN

H1_RX0+_IN

H1_RX1-_IN

H1_RX1+_IN

H1_RX2-_IN

H1_RX2+_IN

F401

F402

F404

F403

H1_HPD

Q401

BT3904

F405

H1_5V

GND

AZ5013-01F

D412

NC

HDMI1_DET

R478

10K

R404
100R

100R
R405

F423

GND

R409

1K

C

B

E

D402

LL4148NC/

NC/
R407

27K

R408

100R

NC

GND

R411

R402

4K7

(5)

R479

15K

NC/

C434 0.1U

H1_SDA_OUT

H1_SCL_IN

H1_5V

R403

4K7

4K7

H1_SCLH1_SDA

R410

10K

3V3SB

H_CECHDMI_CEC

(5)

GND

(5)

(5)

H1_HPD_OUT

(5)

H1_ARC_OUT

HDMI 1

HPD

VCC

GND5

DDCDA

DDCCLK

NC2

NC1

RXC-

GND4

RXC+

RX0-

GND3

RX0+

RX1-

GND2

RX1+

RX2-

GND1

RX2+

P400

R468 560R

AZ5013-01F

NC

D416

19
18
17
16
15
14
13
12
11
10

9
8
7
6
5
4
3
2
1

NC/

R471

NC/

1K

GND

H0_HPD

H0_5V

H0_SDA
H0_SCL

H_CEC

H0_RXC-_IN

H0_RXC+_IN

H0_RX0-_IN

H0_RX0+_IN

H0_RX1-_IN

H0_RX1+_IN
H0_RX2-_IN

H0_RX2+_IN

GND

R469

NC/

10K

NC/

C424 0.01U

R470

NC/

39K

F425

5V

F426

F428

F427

H0_HPD

Q407

BT3904

H1_ARC

F429

100R
100R

H0_5V

GND

D413

AZ5013-01F

NC

R493

10K

R489

R495

R498

1K

C

B

E

GND

HDMI0_DET

C435 0.1U

H0_SCL_IN

H0_5V

R492

H0_SDA

R499

4K7

(5)

R494

15K

NC/

H0_SDA_OUT

(5)

R488

4K7

4K7

H0_SCL

R401

10K

GND

(5)

H0_HPD_OUT

FOR VBUS PROTETION

DDCCLK

(5)

HDMI 3

HPD

GND5

NC1

GND4

RX0-

RX0+

GND2

RX2-

RX2+

VCC

DDCDA

NC2

RXC-

RXC+

GND3

RX1-

RX1+

GND1

P402

D414

F410

AZ5013-01F

GND

NC

NC/

6V8

D410

C430

10U

F406

F422

F408

F409

H2_HPD_CBUS

19

VBUS

18
17
16
15
14
13
12
11
10

9
8
7
6
5
4
3
2
1

H2_RXC-_IN

H2_RXC+_IN

H2_RX0-_IN

H2_RX0+_IN

H2_RX1-_IN

H2_RX1+_IN

H2_RX2-_IN
MHL_IN

H2_RX2+_IN

GND

H2_SDA

H2_SCL

H_CEC

C431

0.047U

MHL IN

High:with MHL cable
Low:without MHL cable

R412

100R
100R

R413

R452

300K

R451
4K7

GND

CBUS & HPD pin share

HDMI:HPD

MHL:CBUS

H2_SDA_OUT

H2_SCL_OUT

MHL_SENSE

C432

0.01U

GND

(5)

(5)

MHL_IN

R480 4K7

5V

C419 1000P

10UC418

GND

GND

H2_SDA_OUT

H2_SCL_OUT

U401

OUTIN

GND

4 3

EN/EN# OC

G524

5V

R418 10K

R417 4K7

C402

33P
NC/

C403

33P

NC/

GND

15

10U

C426

C421

0.1U

2

VBUS

GND

VBUS

R420

4K7

Q404

BT3906

E

B

C

R423

910R

H2_HPD_IN

R487

C404

NC/

100R

0.1U

H2_HPD_CBUS

GND

VBUS

R419

4K7

Q405

BT3904

GND

MHL CABLE IN

HDMI CABLE IN

R483

HDMI2_DET

(5)

10K

R484

15K

GND

R421

NC/

4K7

C

E

R422

B

4K7

HDMI_MHL_SEL

(5)

MHL_IN HDMI2_DET

H

L

L&H

H

H0_RXC-_IN
H0_RXC+_IN

GND

H0_RX0-_IN

H0_RX0+_IN

H1_RXC-_IN
H1_RXC+_IN

GND

H1_RX0-_IN
H1_RX0+_IN

U406

ESD
1
2
3
4
5 6

U402 ESD

1
2
3
4
5 6

10

H0_RXC-_IN

9

H0_RXC+_IN

8
7

H0_RX0-_IN

H0_RX0+_IN

10

H1_RXC-_IN

9

H1_RXC+_IN

8
7

H1_RX0-_IN

H1_RX0+_IN

GND

GND

H0_RX1-_IN
H0_RX1+_IN

GND

H0_RX2-_IN
H0_RX2+_IN

H1_RX1-_IN
H1_RX1+_IN

GND

H1_RX2-_IN
H1_RX2+_IN

U407 ESD

1
2
3
4
5 6

U403

ESD
1
2
3
4
5 6

10

H0_RX1-_IN

9

H0_RX1+_IN

8
7

H0_RX2-_IN

H0_RX2+_IN

10

H1_RX1-_IN

9

H1_RX1+_IN

8
7

H1_RX2-_IN

H1_RX2+_IN

GND

GND

GNDGND

H0_SCL

H0_SDA

H0_HPD

H1_SCL

H1_SDA

H1_HPD

H1_ARC

D432

PESD5V0S1BL

D433

PESD5V0S1BL

D434

PESD5V0S1BL

D436

PESD5V0S1BL

D437

PESD5V0S1BL

D439

PESD5V0S1BL

D420

PESD5V0S1BL

U404

H2_RXC-_IN H2_RXC-_IN

21

21

21

H2_RXC+_IN

H2_RX0-_IN

H2_RX0+_IN

1
2

GND

3
4
5 6

ESD

10
9

H2_RXC+_IN

8
7

H2_RX0-_IN

H2_RX0+_IN

GND

H2_RX1-_IN

H2_RX1+_IN

GND

H2_RX2-_IN

H2_RX2+_IN

U405

ESD
1
2
3
4
5 6

10

H2_RX1-_IN

9

H2_RX1+_IN

8
7

H2_RX2-_IN

H2_RX2+_IN

GND

H2_SCL

H2_SDA

H2_HPD_CBUS

D441

PESD5V0S1BL

D442

PESD5V0S1BL

D443

PESD5V0S1BL

21

21

21

GND

GND

HDMI ESD Protection

21

21

21

21

GND

(5)

VGA_VS_IN

(5)

VGA_HS_IN

VGA_SCL_IN

(5)

(5)

(5)

(5)

UART_RX

10P

C406
10P

C405

GND

VGA_SDA_OUT

UART_TX

R425

R431

100RR424

100R

100RR426

100RR427

R428

2.2K

100RR430

100R

VGA_VCC

GND

R429

2.2K

F431

V_SDA

T

V_R

T

GND

V_G

F411

T

F412

VGA_VCC

V_B V_RX

T

T

F413

T

V_HS

V_TX

F414

V_VS

F417

T

T

F415

V_SCL

TT

F416

GND

VGA_SCL

RX

VSIN

VGA_BIN

HSIN

GND

VGA_GIN

VGA_SDA

VGA_RIN

TX/SDA

GNDGND

GND

GND

16
5
15
10

4
14
9
3
13
8
2
12
7
1
11

6
17

T

VGA_GND

VGA

P403

VGA_SCL

PESD5V0S1BL

D444

21

GND

GND

VGA_SDA

F420

GNDGND

VGA_SDA

PESD5V0S1BL

D445

21

VGA_SCL

F421

RX

PESD5V0S1BL

D446

21

GND

TX/SDA

PESD5V0S1BL

D447

21

GNDGND

VGA_VCC

R486 10K

R485 10K

VGA_SDA

HSIN

VSIN

PESD5V0S1BL

D448

21

21

GND

VGA_SCL

PESD5V0S1BL

D449

close to VGA connector

VGA_BIN

R433

75R

GND GND GND

VGA_GIN

R437

75R

VGA_RIN

R441

75R

R434

0R

R438

0R

R442

0R

close to U500

R432

100R

C408

5P6

R435

100R

R436

100R

C411

R439

100R

R440

100R

R443

100R

5P6

C414

5P6

C407 0.047U

C409 0.047U

C410 0.047U

C412 0.047U

C413 0.047U

C415 0.047U

VGA_BLU_IN

VGA_BLU_IN-

VGA_GRN_IN

VGA_GRN_IN-

VGA_RED_IN

VGA_RED_IN-

(5)

(5)

(5)

(5)

(5)

(5)

12 11 10 9 8 7 6 5 4 3 2 1

H

H

G

F

E

D

C5420.1U

C5190.1U

BB1_AGND

BB1_AGND

C514 10U

GND

C530

0.1U

(2)

TU_IF+_IN

(2)

U3_TXN

(3)

U3_TXP

(3)

U3_RXN

(3)

U3_RXP

(3)

C515 0.1U

L508 120R

C535 10U

L528 0R

C532 10U

L510 120R

L531 120R
L512 120R

C549

0.1U

C524

0.1U

L521 120R

L522 120R

L526 120R

C541

10U

GND

TU_IF-_IN

120RL505

120RL507

0.1UC516

0.1UC548

0.1UC518
120RL511

0.1UC520

C521 0.1U

L514 120R

C522 C523

0.1U

0.1UC528

0.1UC529

C531

0.1U

L525 120R

U500

AL6

AK8
AL8

AL10
AK10

GND

GND

GND GND

GND

GND

GND

0.1U

GND

GND

PLL_AGND

C545

10U

GND

IF_P

U3TX_ON
U3TX_OP

U3RX_IN
U3RX_IP

1V15

1V15

1V15

1V15

2V5

2V5

3V3

3V3SB

GND

1V15

3V3

C533

10U

3V3

GND

AIF_DIF_ADC

USB 3.0 TX

USB 3.0 RX

120RL515

3V3

GND

3V3SB

U2_DM_P0IF_N

U2_DP_P0

U2_DM_P1

U2_DP_P1

U2_DM_P2

USB 2.0

U2_DP_P2

U2_DM_P3

U2_DP_P3

XTAL I/O PLL

CORE_POWER requestiment:

(1) Trace width: 120mil

(2) Copper : 1oz

(3) Trace length < 500mil

DDR Power (DC_1V5) requestiment:
(1) Trace width: 35mil

(2) Copper : 1oz

(3) Trace length < 500mil

XIN

XOUT

AM11AL5
AK11

AL11
AK12

AL12
AK13

AL13
AM13

AM7
AK7

USB3_D-_IN

USB3_D+_IN

USB0_D-_IN

USB0_D+_IN

USB2_D-_IN

USB2_D+_IN

USB1_D-_IN

USB1_D+_IN

R502

0R

R503

300R

(10)
(10)

(3)
(3)

(3)
(3)

(3)
(3)

XI
XO

(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)

(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)

TX0P_1
TX0N_1
TX1P_1
TX1N_1
TX2P_1
TX2N_1
TX3P_1
TX3N_1

TXE1+_1

TXE1-_1

TXE0+_1

TXE0-_1

TX4P_1
TX4N_1
TX5P_1
TX5N_1
TX6P_1
TX6N_1

TXO2+_1

TXO2-_1

TX7P_1
TX7N_1

TXO0+_1

TXO0-_1

H0_RXC-_IN

(4)

H0_RXC+_IN

(4)

H0_RX0-_IN

(4)

H0_RX0+_IN

(4)

H0_RX1-_IN

(4)

H0_RX1+_IN

(4)

H0_RX2-_IN

(4)

H0_RX2+_IN

(4)

H1_RXC-_IN

(4)

H1_RXC+_IN

(4)

H1_RX0-_IN

(4)

H1_RX0+_IN

(4)

H1_RX1-_IN

(4)

H1_RX1+_IN

(4)

H1_RX2-_IN

(4)

H1_RX2+_IN

(4)

AM22
AM23

AM25

AM26

AM28
AM29
AM30

U500

H3
H1
H2

J3

J2
K3
K2
K1

L3

L1

L2

M3
M2

N3
N2
N1

AL21

AK22

AL22

AK23

AL23

AK24

AL24

AK25

AL25

AK26

AL26

AK27

AL27

AK28

AL28

AK29

AL29

U500

LVDS_A_FP
LVDS_A_FN
LVDS_A_EP
LVDS_A_EN
LVDS_A_DP
LVDS_A_DN
LVDS_A_CP
LVDS_A_CN
LVDS_A_BP
LVDS_A_BN
LVDS_A_AP
LVDS_A_AN

LVDS_B_FP
LVDS_B_FN
LVDS_B_EP
LVDS_B_EN
LVDS_B_DP
LVDS_B_DN
LVDS_B_CP
LVDS_B_CN
LVDS_B_BP
LVDS_B_BN
LVDS_B_AP
LVDS_B_AN

HDMI_CLK_0N
HDMI_CLK_0P
HDMI_B_0N
HDMI_B_0P
HDMI_G_0N
HDMI_G_0P
HDMI_R_0N
HDMI_R_0P

HDMI_CLK_1N
HDMI_CLK_1P
HDMI_B_1N
HDMI_B_1P
HDMI_G_1N
HDMI_G_1P
HDMI_R_1N
HDMI_R_1P

RTD2992

LVDS Port A

RTD2992

Y100

LVDS_C_FP
LVDS_C_FN
LVDS_C_EP
LVDS_C_EN

LVDS Port C

LVDS_C_DP
LVDS_C_DN
LVDS_C_CP
LVDS_C_CN
LVDS_C_BP
LVDS_C_BN
LVDS_C_AP
LVDS_C_AN

LVDS_D_FP
LVDS_D_FN
LVDS_D_EP
LVDS_D_EN

LVDS Port DLVDS Port B

LVDS_D_DP
LVDS_D_DN
LVDS_D_CP
LVDS_D_CN
LVDS_D_BP
LVDS_D_BN
LVDS_D_AP
LVDS_D_AN

CBUS

HDMI_CLK_2N
HDMI_CLK_2P

HDMI_B_2N
HDMI_B_2P
HDMI_G_2N
HDMI_G_2P
HDMI_R_2N
HDMI_R_2P

G4

P3
P1
P2
R3
R2
T3
T2
T1

AL30
AM31
AL31
AM32
AK30
AL32
AK31
AK32
AJ31
AJ32
AJ30
AH32

AH31
AH30
AG31
AG30
AF31
AF32
AF30
AE32
AE31
AE30
AD31
AD30

H2_HPD_IN

H2_RXC-_IN

H2_RXC+_IN

H2_RX0-_IN
H2_RX0+_IN
H2_RX1-_IN
H2_RX1+_IN
H2_RX2-_IN
H2_RX2+_IN

TX8P_2
TX8N_2

TX9P_2

TX9N_2
TX10P_2
TX10N_2
TX11P_2
TX11N_2

TX12P_2
TX12N_2
TX13P_2
TX13N_2
TX14P_2
TX14N_2
TX15P_2
TX15N_2

(4)

(4)
(4)
(4)
(4)
(4)
(4)
(4)
(4)

(10)
(10)

(10)
(10)
(10)
(10)
(10)
(10)
(10)

(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)

A15
A17
A24
A26
A31

B14
B16
B18
B23
B25
B27
B32
C11
C12
C13
C20
C21
C22
C29

D25
D26
D27
D28
D29
D30

E25
E26
E27
E28

G10
G11
G12
G13
G14
G15
G16
G17
G18
G19
G20
G21
G22
G25
G26
G27
G32

H10
H14
H15
H16
H17
H25
H26
H27
H31

RTD2992

F10
F14
F15
F16
F17
F18
F19
F20
F21
F22
F23
F26
F27
F28
F31

B9

D4
D5
D6

E4
E5
E6
E7

G6
G7
G8
G9

H7
H8
H9

F5
F6
F7
F8

U500

DGND288
DGND287
DGND286
DGND285
DGND284
DGND283
DGND282
DGND281
DGND280
DGND279
DGND278
DGND277
DGND276
DGND275
DGND274
DGND273
DGND272
DGND271
DGND270
DGND269
DGND268
DGND267
DGND266
DGND265
DGND264
DGND263
DGND262
DGND261
DGND260
DGND259
DGND258
DGND257
DGND256
DGND255
DGND254
DGND253
DGND252
DGND251
DGND250
DGND
DGND1
DGND2
DGND3
DGND4
DGND5
DGND6
DGND7
DGND8
DGND9
DGND10
DGND11
DGND12
DGND13
DGND14
DGND290
DGND311
DGND15
DGND16
DGND17
DGND18
DGND19
DGND20
DGND21
DGND22
DGND291
DGND23
DGND24
DGND25
DGND26
DGND27
DGND28
DGND29
DGND30
DGND31
DGND293
DGND312
DGND313
DGND32
DGND33
DGND34
DGND35
DGND36
DGND37
DGND38
DGND39
DGND40
DGND41
DGND42
DGND292

AJ29

AJ28

AJ5

DGND247

DGND248

DGND43

DGND44

J7J8J9

AJ4

AH29

AH28

DGND244

DGND245

DGND249

DGND45

DGND46

DGND47

J10

J11

J12

AH27

AH6

AH5

DGND239

DGND240

DGND246

DGND48

DGND49

DGND314

J13

J14

J15

AG7

AH4

AG29

DGND241

DGND242

DGND243

DGND50

DGND51

DGND315

J16

J17

J25

AG6

AG5

AG4

DGND233

DGND234

DGND235

DGND52

DGND53

DGND54

J26

J27

J32

AF29

AF21

AF20

DGND236

DGND237

DGND238

DGND55

DGND56

DGND294

K8

K9

K10

AE28

AE29

AE18

DGND230

DGND289

DGND333

DGND57

DGND58

DGND59

K11

K15

K16

AD28

AD27

AE17

DGND231

DGND310

DGND340

DGND60

DGND61

DGND62

K17

K25

K26

AD22

AD21

AD20

DGND216

DGND217

DGND232

DGND63

DGND64

DGND295

L10

L11

K31

AD19

AD18

AD17

DGND218

DGND219

DGND220

DGND65

DGND66

DGND67

L12

L13

L14

AD15

AD14

AD11

DGND221

DGND222

DGND223

DGND68

DGND69

DGND70

L15

L16

L17

AD10

AD9

AD8

DGND224

DGND225

DGND226

DGND71

DGND72

DGND73

L18

L19

L20

AC27

AC19

AC26

DGND227

DGND228

DGND332

DGND74

DGND75

DGND76

L21

L22

L25

AC18

AC15

AC14

DGND203

DGND204

DGND229

DGND77

DGND78

DGND79

L26

L27

L30

AC13

AC12

AC11

DGND205

DGND206

DGND331

DGND80

DGND81

DGND296

M13

M14

M15

AC10

AC9

AC8

DGND207

DGND208

DGND330

DGND82

DGND83

DGND84

M16

M17

M18

AB25

AB27

AB26

DGND209

DGND214

DGND215

DGND85

DGND86

DGND87

M19

M20

M21

AB18

AB15

AB19

DGND193

DGND194

DGND329

DGND88

DGND89

DGND90

M22

M25

M26

AB13

AB12

AB11

DGND195

DGND196

DGND197

DGND91

DGND92

DGND297

N11

M27

M30

AB10

AB8

AB9

DGND198

DGND199

DGND339

DGND93

DGND94

DGND95

N12

N13

N14

AA30

AA27

AA26

DGND200

DGND201

DGND202

DGND96

DGND97

DGND98

N15

N16

N17

AA25

AA24

AA19

DGND185

DGND213

DGND327

DGND99

DGND100

DGND101

N18

N19

N20

AA16

AA15

AA18

DGND186

DGND326

DGND328

DGND102

DGND103

DGND104

N21

N22

N25

AA13

AA11

AA12

DGND187

DGND188

DGND338

DGND105

DGND106

DGND298

N26

N27

N30

AA9

AA8

AA10

DGND189

DGND190

DGND325

DGND114

DGND299

DGND334

P18

P17

P13

DGND324

DGND111

DGND112

DGND113

P21

P20

P19

DGND108

DGND109

DGND110

P26

P25

P22

DGND191
DGND192
DGND309
DGND156
DGND323
DGND337
DGND157
DGND158
DGND159
DGND160
DGND161
DGND211
DGND212
DGND162
DGND163
DGND164
DGND336
DGND165
DGND166
DGND322
DGND321
DGND167
DGND168
DGND169
DGND170
DGND171
DGND172
DGND173
DGND335
DGND174
DGND210
DGND175
DGND308
DGND307
DGND306
DGND305
DGND304
DGND303
DGND302
DGND301
DGND176
DGND177
DGND178
DGND179
DGND180
DGND181
DGND318
DGND319
DGND320
DGND182
DGND183
DGND184
DGND142
DGND143
DGND144
DGND145
DGND146
DGND147
DGND148
DGND149
DGND150
DGND151
DGND152
DGND153
DGND317
DGND316
DGND154
DGND155
DGND129
DGND130
DGND131
DGND132
DGND133
DGND134
DGND135
DGND136
DGND137
DGND138
DGND139
DGND140
DGND141
DGND115
DGND116
DGND117
DGND118
DGND119
DGND120
DGND121
DGND122
DGND123
DGND124
DGND125
DGND126
DGND127
DGND128

DGND107

DGND300

P27

Y30
Y27
Y26
Y25
Y24
Y19
Y16
Y15
Y14
Y13
Y12
Y11
Y10
Y9
Y8
W31
W27
W26
W25
W24
W23
W22
W18
W17
W16
W15
W14
W13
W12
W11
W10
W8
V32
V27
V26
V25
V24
V23
V22
V21
V17
V16
V15
V14
V13
V11
V10
V9
V8
U31
U27
U26
U25
U24
U23
U22
U21
U20
U16
U15
U14
U13
U12
U11
U10
U9
U8
T32
T26
T25
T24
T23
T22
T21
T20
T19
T15
T14
T13
T11
T10
R31
R26
R25
R22
R21
R20
R19
R18
R14
R13
R12
R11
R10
R9

GND

1V15

U500

P14

CORE_1V0_1

P15

CORE_1V0_2

P16

C505

C508

C507C506

10U

0.1U

0.1U0.1U

C538
100U

6V3

GND

C510

C509

10U

0.1U

GND

5V

R554 1K

3V3

NC

Q504

AO3414

C554

0.01U

HDMI_A3V3

0.1UC555

G

GND

R555 100K

3V3SB

GND

3V3SB

3V3

HDMI_A3V3

F

HDMI_AGND

GND

3V3SB

GND

GND

L502 120R

C511 0.1U

L503 120R

0.1UC512
120RL532

120RL530

C540

10U

120RL504

0.1U C513

L527 120R

NC

HDMI_AGND

GND

GND

CORE_1V0

R15

CORE_1V0_4

R16

CORE_1V0_5

R17

CORE_1V0_3

T16

CORE_1V0_7

T17

CORE_1V0_8

T18

CORE_1V0_6

U17

CORE_1V0_9

U18

CORE_1V0_10

U19

CORE_1V0_29

V18

CORE_1V0_11

V19

CORE_1V0_12

V20

CORE_1V0_30

W19

CORE_1V0_13

W20

CORE_1V0_14

W21

CORE_1V0_31

Y20

CORE_1V0_15

Y21

CORE_1V0_16

Y22

CORE_1V0_32

AA20

CORE_1V0_17

AA21

CORE_1V0_18

AA22

CORE_1V0_19

AA23

CORE_1V0_33

AB20

CORE_1V0_20

AB21

CORE_1V0_21

AB22

CORE_1V0_22

AB23

CORE_1V0_23

AB24

CORE_1V0_34

AC20

CORE_1V0_24

AC21

CORE_1V0_25

AC22

CORE_1V0_26

AC23

CORE_1V0_27

AC24

CORE_1V0_28

AC25

CORE_1V0_35

AD23

CORE_1V0_42

AD24

CORE_1V0_36

AD25

CORE_1V0_37

AD26

CORE_1V0_38

AE24

CORE_1V0_39

AE25

CORE_1V0_40

AE26

CORE_1V0_41

AE27

CORE_1V0_43

A4

RTC_A3V3

M9

STB_A3V3

N9

HDMI_A3V3

M10

GETH_A3V3

N10

GETH_A3V3_2

M7

RGBADC_A3V3

M11

HDMI_AGND

M12

HDMI_AGND1

P11

RGBADC_AGND

P12

APLL_AGND

H11

GETH_ALGND_2

H12

GETH_ALGND

H13

PLLDDR_GND

Please call via connected in the bottom layer

AA14-->AB14

LDO_A1V0

GETH_A1V0_2

GETH_A1V0

GETH_A1V0_3

APLL_A1V0
HDMI_A1V0

PLLDDR_1V0

U2_A1V0

PIF_A1V0

PIF_LDO

PLL_A1V0

IF_ADC_A2V5
VDADC_A2V5

RGBADC_A2V5

VDAC_A3V3

VDAC_AGND

BB1_A3V3

BB1_AGND

BB2_A3V3

BB2_AGND

VDADC_A3V3

IF_A3V3

IF_A2V5_AGND

IF_A3V3_AGND1

VDADC_AGND

IF_A3V3_AGND

U3RX_A3V3

U3TX_A3V3

U2_A3V3

U3RX_AGND1

U3TX_AGND

U2_AGND

PLL11_AGND

U3RX_AGND

PLL_A3V3

PLL_AGND

PIF_A3V3

PIF_AGND

IO_3V3

F4
F11

F12
F13

K12
K13
K14

AF22
AF23

AF24
AM10
AM5

AK5
AE1

P8
V12

Y18
Y17

T9
W9

AD12
AD13
AB14
AA14

T12
AK6

AF15
AF16
AF17
AB16
AA17
AB17
AC17

AK9
AM8

AL7
AF18

AF19
Y23

RTD2992

U500

GND

E

W3
W2
W1

AA3
AB2
AB3
AA2
AB1

AD3
AE3
AD2
AC1
AC3
AC2

W5
W4
W6

U1
U3

U2
V3
V2

Y2
Y1
Y3

Y5
Y6

VSYNC
HSYNC

VIN_0P
VIN_BN
VIN_1P
VIN_GN
VIN_2P
VIN_RN
VIN_3P
VIN_Y0N
VIN_4P
VIN_5P
VIN_6P
VIN_Y1N
VIN_7P
VIN_8P

VIN_9P
VIN_12P
VIN_A0N
VIN_A2N
VIN_10P
VIN_13P
VIN_A1N
VIN_14P
VIN_11P
SCART_FSW0
SCART_FSW1

APLL

RGB Video ADC

Audio ADC/DAC

BB_VREF

CVBS/SV Video ADC

BB_MBIAS

VDBS_OUT

CVBS DAC

VDAC_OUT

AIN_1L

AIN_1R

AIN_2L

AIN_2R

AIN_3L

AIN_3R

AIN_4L

AIN_4R

AIN_5L
AIN_5R
AIO_1L

AIO_1R

AIO_2L

AIO_2R

AOUT_L

AOUT_R

HPO_L
HPO_R

AL4
AM3
AL3
AM2
AK3
AM1
AL2
AL1
AK2
AK1
AJ2
AJ1
AJ3
AH1
AH2
AH3

AK4
AG3

AG2
AM4

AE2
AF3

AV1_L_IN
AV1_R_IN

AVOUT1_L_OUT

AVOUT1_R_OUT

(3)
(3)

0.1UC501

C502 1U

HP_L_OUT

HP_R_OUT

(3)
(3)

AVOUT1_V_OUT

(3)

(3)
(3)

(4)

VGA_VS_IN

(4)

VGA_HS_IN

(4)

VGA_BLU_IN

(4)

VGA_BLU_IN-

(4)

VGA_GRN_IN

(4)

VGA_GRN_IN-

(4)

VGA_RED_IN

(4)

VGA_RED_IN-

D

(3)

AV1_V_IN

(3)

AV1_V_IN-

SPI_WP

(no use)

3D_EN_PANEL

RTD2992

XO

1M
NC

R510

0R/33R

X27M

27M

RTD2992

R501

C

XI

33PC503

C504 33P

Shielding XTAL by PLL_GND

120RL501

GND

C

PLL_AGND

U500

MCU_RESET

F9

RSTN

ST_GP9
ST_GP8
ST_GP7
ST_GP6
ST_GP5
ST_GP4
ST_GP3
ST_GP2
ST_GP1
ST_GP0

V6
V5
U6
T6
T5
N6
N4
M5
K5
J6
T4
R6
R5
N5
M6
K6
K4
J5

HDMI_CEC

(4)

H0_HPD_OUT

(4)

H0_SCL_IN

(4)

H0_SDA_OUT

(4)

H1_HPD_OUT

(4)

H1_SCL_IN

(4)

H1_SDA_OUT

(4)

H2_SDA_OUT

(4)

H2_SCL_OUT

(4)

HDMI0_DET

(4)

(4)

B

VGA_SCL_IN

(4)

VGA_SDA_OUT

G1

CEC

H4

HPD0/ST_GP26

H6

HSCL0/ST_GP29

H5

HSDA0/ST_GP30

L4

HPD1/ST_GP27

L6

HSCL1/ST_GP31

L5

HSDA1/ST_GP32

P5

HSDA2/ST_GP34

P6

HSCL2/ST_GP33

P4

HPD2/ST_GP28

U5

VSCL/ST_GP24

U4

VSDA/ST_GP25

ST_GP35
ST_GP23
ST_GP22
ST_GP21

ST_GP13/IRRX

ST_GP12
ST_GP11
ST_GP10

A_DIM

UART_TX
UART_RX

H1_ARC_O

IR_IN

POWER_ON_OUT

BOOT_SET

PIN_K5

GPIO_J6

(9)

(9)

BL_ON_OUT

PANEL_ON

LED_OUT

HDMI_MHL_SEL

HDMI1_DET

(10)

(9)
(1)

(1)

(1)
(4)
(4)
(4)
(1)

(4)
(4)

(1)

DIM_OUT

(1)

H1_ARC_O

R551

0R

H1_ARC_OUT

NC

NC

GND

C551

10P

GND

R520

2K49

TX1P
TX1N
RX1P
RX1N

/1%

A3

GETH_RST

D3

GETH_RTT

B3

GETH_MDIP0

A2

GETH_MDIN0

B2

GETH_MDIP1

A1

GETH_MDIN1

C3

GETH_MDIP2

B1

GETH_MDIN2

C2

GETH_MDIP3

C1

GETH_MDIN3

RTC

Giga ETN

LSADC

RTC_XOUT

RTC_XIN

LSADC_7
LSADC_6
LSADC_4
LSADC_2
LSADC_1
LSADC_0

LSADC_REF

RTD2992

A

D2
D1

MHL_SENSE

G3
G2
F3
F2
E3
E2
E1

R508

10K/1%

GND

(4)

E_WP

HDMI2_DET

3D_RESET_OUT
KEY_IN

THIS DRAWING CANNOT BE COMMUNICATED TO UNAUTHORIZED PERSONS COPIED UNLES S PERMITTED IN WRITING

(8)

(1)

(4)

(10)

R516

10K

3V3SB

GND

C552

0.1U

MCU_RESET

T

MCU_RESET

Close to SOC

...

...

...
...

Index-Lab

Last saved :

DD-MM
DD-MM

DD-MM
DD-MM

...
...

...
...

...

...

SBU :
TCLNO:

TCL

ADDRESS1

...

...

...

.............

ADDRESS2

A

ADDRESS3

...

...

NAME Last modifDESCRIPTIONDATE

4-14-2009_15:30

...

DESIGNATION

...........

TELEPHONE

DRAWN

ON:
BY:

CHECKED

DD-MM-YY

ON:
BY:

......

PAGE:
OF :

123456789101112

FORMAT DIN A1

DC1_UD1_A4
DC1_UD1_A5

GND

DC1_UD1_VREF_CA

DC1_A0_1
DC1_A1_1
DC1_A2_1
DC1_A3_1

DC1_A6_1
DC1_A7_1
DC1_A8_1
DC1_A9_1
DC1_A10_1
DC1_A11_1
DC1_A12_1

DC1_BA0_1
DC1_BA1_1
DC1_BA2_1

DC1_RASN_1
DC1_CASN_1
DC1_WEN_1

DC1_ODT_1

DC1_A13_1
DC1_A14_1

DDR_1V5

U601

NT5CB128M16FP-DI(NANYA)

H5TQ2G63FFR-PBC(HYNIX)

G8

VSS2

E1

VSS

VSS1

A9

VSS11

B3

H9

G9

N3

P7
P3

N2

P8

P2
R8
R2

T8
R3

L7
R7
N7

N8

M3

L2

J3

K3

L3

K1

M8

J1

J9

L1

L9

M7

T3

T7

DDR_1V5

A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12

BA1
BA2

/CS
/RAS
/CAS
/WE
ODT

VREFCA
NC1

NC2
NC3
NC4
NC5
NC6
NC7

R629
240R

1%

R9

L8

GND

1%

R601

1K

R1

VDD7

VDD8

ZQ

R602

1K

1%

K8

N1

N9

VDD5

VDD6

VSS9

VSS10

T1

T9

P9

DC_VREF

K2

VDD3

VDD4

VSS7

VSS8

P1

C601

0.1U

G7

VDD2

VSS6

M9

D9

VDD1

VSS5

M1

B2

VDD

VSS3

VSS4

J2

J8

C602

1000P

GND

Place Close to Controller Bottom Side

1%

C606

0.1U

R603

240R

0.1U0.1U

C612C611

C603

10U

C608C607

0.1U

C613

0.1U0.1U

GND

C604

10U

GND

DC_ZQ

DDR_1V5

C605

10U

C609

10U

F1

H2

VDDQ7

VDDQ8

VSSQ7

VSSQ8

F9

G1

D2

E9

VDDQ5

VDDQ6

VSSQ5

VSSQ6

E2

E8

C9

VDDQ3

VDDQ4

VSSQ3

VSSQ4

D1

D8

A1A8C1

VDDQ

VDDQ2

VREFDQ

VSSQ

VSSQ2

B9

B1

VDDQ1

DMU

DQSU

/DQSU

DQU0
DQU1
DQU2
DQU3
DQU4
DQU5
DQU6
DQU7

DMLBA0

DQSL

/DQSL

DQL0
DQL1
DQL2
DQL3
DQL4
DQL5
DQL6
DQL7

CKE

/RESET

VSSQ1

D3

DC1_UD1_DM1

C7

DC1_UD1_DQS1

B7

DC1_UD1_DQS1N

D7

DC1_UD1_DQ8

C3

DC1_UD1_DQ9

C8

DC1_UD1_DQ10

C2

DC1_UD1_DQ11

A7

DC1_UD1_DQ12

A2

DC1_UD1_DQ13

B8

DC1_UD1_DQ14

A3

DC1_UD1_DQ15

E7M2

DC1_UD1_DM0

F3

DC1_UD1_DQS0

G3

DC1_UD1_DQS0N

E3

DC1_UD1_DQ0

F7

DC1_UD1_DQ1

F2

DC1_UD1_DQ2

F8

DC1_UD1_DQ3

H3

DC1_UD1_DQ4

H8

DC1_UD1_DQ5

G2

DC1_UD1_DQ6

H7

DC1_UD1_DQ7

H1

DC1_UD1_VREF_DQ

J7
K7
K9
T2

DC1_CK_1
DC1_CKN_1
DC1_CKE_1
DC1_RSTN_1

CK

/CK

DDR_1V5

R607

1K

1%

R608

1K

1%

R609

1K

1%

R610

1K

1%

DDR_1V5

R611

1K

1%

R612

1K

1%

R613

1K

1%

R614

1K

1%

DDR_1V5

C631

C630

0.1U

10U

0.1U

DDR_1V5

C640

10U

C642C641

0.1U

DDR_1V5

C651

C650

10U

0.1U0.1U

DDR_1V5

C660

10U

C662C661

0.1U

Bypass and VREF for DDR

DDR_1V5

NT5CB128M16FP-DI(NANYA)

H5TQ2G63FFR-PBC(HYNIX)

R9R1N9N1K8K2G7D9B2

VDD6

VDD7

VDD8

DC1_A0_1
DC1_A1_1
DC1_A2_1

DC1_A3_1
DC1_UD2_A4
DC1_UD2_A5

DC1_A6_1

DC1_A7_1

DC1_A8_1

DC1_A9_1

DC1_A10_1

DC1_A11_1

DC1_A12_1

DC1_BA0_1

DC1_BA1_1

GND

DC1_BA2_1

DC1_RASN_1
DC1_CASN_1
DC1_WEN_1

DC1_ODT_1

DC1_UD2_VREF_CA

DC1_A13_1

DC1_A14_1

DC1_UD1_VREF_CA

C615

C614 C618

1000P

0.1U

GND

DC1_UD1_VREF_DQ

C616

C617

0.1U

1000P

GND

DC1_UD2_VREF_CA

C623

C622

1000P

0.1U

GND

DC1_UD2_VREF_DQ

C625

C624

1000P

0.1U

GND

C633C632

C635C634

0.1U0.1U

C644C643

0.1U0.1U

C653C652

0.1U0.1U

C655C654

0.1U0.1U

C664C663

0.1U0.1U

0.1U0.1U

C637C636

0.1U0.1U

C646C645

C657C656

0.1U0.1U

C666C665

N3

A0

P7

A1

P3

A2

N2

A3

P8

A4

P2

A5

R8

A6

R2

A7

T8

A8

R3

A9

L7

A10

R7

A11

N7

A12

M2 E7
N8

BA1

M3

BA2

L2

/CS

J3

/RAS

K3

/CAS

L3

/WE

K1

ODT

M8

VREFCA

J1

NC1

J9

NC2

L1

NC3

L9

NC4

M7

NC5

T3

NC6

T7

NC7

ZQ

VSS10

L8

T9

R630
240R

DDR_1V5

R615

1K

1%

R616

1K

1%

R617

1%

1K

R618

1K

1%

DDR_1V5

R619

1K

1%

R620

1K

1%

R621

1K

1%

R622

1K

1%

C639C638

0.1U

0.1U0.1U

GND

C649

C648C647

0.1U0.1U

0.1U0.1U

GND

C659C658

0.1U

0.1U0.1U

GND

C669

C668C667

0.1U0.1U

0.1U0.1U

GND

U602

VDD

VDD1

VDD2

VDD3

VDD4

VDD5

VSS2

VSS3

VSS4

VSS5

VSS6

VSS7

VSS8

VSS9

J8

P1

C626

0.1U

C628

0.1U

M9

M1

J2

C619

1000P

C621

1000P

C627

1000P

C629

1000P

G8

GND

GND

GND

GND

E1

T1

P9

DC2_UD1_VREF_CA

0.1U

DC2_UD1_VREF_DQ

C620

0.1U

DC2_UD2_VREF_CA

DC2_UD2_VREF_DQ

H9H2F1E9D2C9C1A8A1

VDDQ7

VDDQ8

VSSQ7

VSSQ8

VSS

VSS1

VSS11

F9

B3

A9

G9

G1

VDDQ5

VDDQ6

VSSQ5

VSSQ6

E8

E2

VDDQ2

VDDQ3

VDDQ4

VSSQ2

VSSQ3

VSSQ4

D8

D1

DDR_1V5

VDDQ

VDDQ1

DMU

DQSU

/DQSU

DQU0
DQU1
DQU2
DQU3
DQU4
DQU5
DQU6
DQU7

DMLBA0

DQSL

/DQSL

DQL0
DQL1
DQL2
DQL3
DQL4
DQL5
DQL6
DQL7

VREFDQ

CK

/CK

CKE

/RESET

VSSQ

VSSQ1

B1

B9

DC1_A0
DC1_A1
DC1_A2
DC1_A3
DC1_A4

DC1_A4_1

DC1_A5

DC1_A5_1
DC1_A6
DC1_A7
DC1_A8
DC1_A9

DC1_A10

DC1_A11

DC1_A12

DC1_A13

DC1_A14
DC1_BA0
DC1_BA1
DC1_BA2
DC1_CASN

DC1_CKE

DC1_CK
DC1_CKN

DC1_ODT

DC1_RASN

DC1_RSTN
DC1_WEN

DC1_DM0
DC1_DM1
DC1_DM2
DC1_DM3

DC1_DQ0
DC1_DQ1
DC1_DQ2
DC1_DQ3
DC1_DQ4
DC1_DQ5
DC1_DQ6
DC1_DQ7
DC1_DQ8
DC1_DQ9

DC1_DQ10

DC1_DQ11

DC1_DQ12

DC1_DQ13

DC1_DQ14

DC1_DQ15

DC1_DQ16

DC1_DQ17

DC1_DQ18

DC1_DQ19

DC1_DQ20

DC1_DQ21

DC1_DQ22

DC1_DQ23

DC1_DQ24

DC1_DQ25

DC1_DQ26

DC1_DQ27

DC1_DQ28

DC1_DQ29

DC1_DQ30

DC1_DQ31
DC1_DQS0

DC1_DQS0N
DC1_DQS1
DC1_DQS1N
DC1_DQS2
DC1_DQS2N
DC1_DQS3
DC1_DQS3N

DC_ZQ

D3

DC1_UD2_DM3

C7

DC1_UD2_DQS3

B7

DC1_UD2_DQS3N

D7

DC1_UD2_DQ24

C3

DC1_UD2_DQ25

C8

DC1_UD2_DQ26

C2

DC1_UD2_DQ27

A7

DC1_UD2_DQ28

A2

DC1_UD2_DQ29

B8

DC1_UD2_DQ30

A3

DC1_UD2_DQ31

DC1_UD2_DM2

F3

DC1_UD2_DQS2

G3

DC1_UD2_DQS2N

E3

DC1_UD2_DQ16

F7

DC1_UD2_DQ17

F2

DC1_UD2_DQ18

F8

DC1_UD2_DQ19

H3

DC1_UD2_DQ20

H8

DC1_UD2_DQ21

G2

DC1_UD2_DQ22

H7

DC1_UD2_DQ23

H1

DC1_UD2_VREF_DQ

J7

DC1_CK_1

K7

DC1_CKN_1

K9

DC1_CKE_1

T2

DC1_RSTN_1

U500

J29
L28

H29

F29
E31
E30
B30
A30
K29

H28

L29

C30

F32
D32

M28

B31
D31
G28
N28

E29
C32

F30
G30
G31

G29

K28

J28

C31

J30

N31

V29

Y31

T29
M29
U29
N29

P30
H30

P31

J31

K32
R29

P28
N32

P29
U28
R28

T28

AA31

V28

AA32

W28

AB31

R32

AB32

R30

W29

AA29

Y28

W30

Y29

W32

AA28

V30
M32

M31

L31
K30
V31

U30

T30
T31

F24
F25

G23
G24
H19
H20
H21
H22
H23
H24

J18

J19

J20

J21

J22

J23

J24
K27

DDR_1V5

U603

NT5CB128M16FP-DI(NANYA)

H5TQ2G63FFR-PBC(HYNIX)

R9R1N9N1K8K2G7D9B2

VDD

VDD1

VDD2

VDD3

VDD4

VDD5

VDD6

VDD7

VDD8

GND

DC2_UD1_VREF_CA

DC2_A0_1
DC2_A1_1
DC2_A2_1
DC2_A3_1
DC2_A4_1
DC2_A5_1
DC2_A6_1
DC2_A7_1
DC2_A8_1
DC2_A9_1

DC2_A10_1
DC2_A11_1
DC2_A12_1

DC2_BA0_1
DC2_BA1_1
DC2_BA2_1

DC2_RASN_1
DC2_CASN_1
DC2_WEN_1
DC2_ODT_1

DC2_A13_1

N3

A0

P7

A1

P3

A2

N2

A3

P8

A4

P2

A5

R8

A6

R2

A7

T8

A8

R3

A9

L7

A10

R7

A11

N7

A12

M2 E7

N8

BA1

M3

BA2

L2

/CS

J3

/RAS

K3

/CAS

L3

/WE

K1

ODT

M8

VREFCA

J1

NC1

J9

NC2

L1

NC3

L9

NC4

M7

NC5

T3

NC6

T7

NC7

240R

1%1%

ZQ

VSS8

VSS9

VSS10

L8

T9

T1

P9

P1

VSS6

VSS7

M9

M1

VSS5

J8

VSS3

VSS4

J2

GND

DDR_1V5

C670

GND

R623

10K

R624

10K

GND

C671

1U

1
2
3
4

U605

VIN
GND
VREF
VOUT

VCNTL4
VCNTL3
VCNTL2
VCNTL1

G2992B

8
7
6
5

DC1_VTT DC2_VTT

C672

1U

C673

22U

GND

DC1_A0
DC1_A1
DC1_A2
DC1_A3
DC1_A4
DC1_A4_1
DC1_A5
DC1_A5_1
DC1_A6
DC1_A7
DC1_A8
DC1_A9
DC1_A10
DC1_A11
DC1_A12
DC1_A13
DC1_A14
DC1_BA0
DC1_BA1
DC1_BA2
DC1_CASN
DC1_CKE
DC1_CLK
DC1_CLKN

DC1_ODT
DC1_RASN
DC1_RSTN
DC1_WEN

DC1_DM0
DC1_DM1
DC1_DM2
DC1_DM3

DC1_DQ0
DC1_DQ1
DC1_DQ2
DC1_DQ3
DC1_DQ4
DC1_DQ5
DC1_DQ6
DC1_DQ7
DC1_DQ8
DC1_DQ9
DC1_DQ10
DC1_DQ11
DC1_DQ12
DC1_DQ13
DC1_DQ14
DC1_DQ15
DC1_DQ16
DC1_DQ17
DC1_DQ18
DC1_DQ19
DC1_DQ20
DC1_DQ21
DC1_DQ22
DC1_DQ23
DC1_DQ24
DC1_DQ25
DC1_DQ26
DC1_DQ27
DC1_DQ28
DC1_DQ29
DC1_DQ30
DC1_DQ31

DC1_DQS0
DC1_DQS0N
DC1_DQS1
DC1_DQS1N
DC1_DQS2
DC1_DQS2N
DC1_DQS3
DC1_DQS3N

DC1V5_29
DC1V5_27
DC1V5_28
DC1V5_26
DC1V5_6
DC1V5_7
DC1V5_8
DC1V5_9
DC1V5_10
DC1V5_11
DC1V5_12
DC1V5
DC1V5_1
DC1V5_2
DC1V5_3
DC1V5_4
DC1V5_13

DC_ZQ

DC2_A10
DC2_A11
DC2_A12
DC2_A13

DC2_A14
DC2_BA0
DC2_BA1
DC2_BA2

DC2_CASN

DC2_CKE
DC2_CLK

DC2_CLKN

DC2_ODT
DC2_RASN
DC2_RSTN

DC2_WEN

DC2_DM0

DC2_DM1

DC2_DM2

DC2_DM3

DC2_DQ0

DC2_DQ1

DC2_DQ2

DC2_DQ3

DC2_DQ4

DC2_DQ5

DC2_DQ6

DC2_DQ7

DC2_DQ8

DC2_DQ9

DC2_DQ10
DC2_DQ11
DC2_DQ12
DC2_DQ13
DC2_DQ14
DC2_DQ15
DC2_DQ16
DC2_DQ17
DC2_DQ18
DC2_DQ19
DC2_DQ20
DC2_DQ21
DC2_DQ22
DC2_DQ23
DC2_DQ24
DC2_DQ25
DC2_DQ26
DC2_DQ27
DC2_DQ28
DC2_DQ29
DC2_DQ30
DC2_DQ31

DC2_DQS0

DC2_DQS0N

DC2_DQS1

DC2_DQS1N

DC2_DQS2

DC2_DQS2N

DC2_DQS3

DC2_DQS3N

DC1V5_33
DC1V5_32
DC1V5_31
DC1V5_30
DC1V5_14
DC1V5_15
DC1V5_16
DC1V5_17
DC1V5_18
DC1V5_19
DC1V5_23
DC1V5_22
DC1V5_21
DC1V5_20

DC1V5_5
DC1V5_24
DC1V5_25

DC_VREF

DC2_A0
DC2_A1
DC2_A2
DC2_A3
DC2_A4

DC2_A5
DC2_A6

DC2_A7
DC2_A8
DC2_A9

C10
B11
E12
E10
B12

D11
E14

D12
A12
A9
B13
A11
D15
E11
E13
D10
D16
E9
D13
C14
C15
A14

D9
D14
C9
B10

C17
A20
E21
A27

E19
E15
E20
E16
B21
B15
A21
C16
B17
E18
D17
B20
E17
D20
D18
D19
C28
D21
B28
D22
A29
B22
B29
C23
E22
E24
E23
C27
D24
B26
D23
C26

B19
C19
A18
C18
C25
B24
C24
A23

R24
R23
P24
P23
K18
K19
K20
K21
K22
K23
K24
L23
L24
M23
M24
N23
N24

H18

DC2_A1
DC2_A2

DC2_A3
DC2_A4

DC2_A5
DC2_A6

DC2_A7
DC2_A8
DC2_A9
DC2_A10
DC2_A11
DC2_A12
DC2_A13
DC2_A14
DC2_BA0
DC2_BA1
DC2_BA2
DC2_CASN
DC2_CKE
DC2_CK
DC2_CKN

DC2_ODT
DC2_RASN
DC2_RSTN
DC2_WEN

DC2_DM0
DC2_DM1
DC2_DM2
DC2_DM3

DC2_DQ0
DC2_DQ1
DC2_DQ2
DC2_DQ3
DC2_DQ4
DC2_DQ5
DC2_DQ6
DC2_DQ7
DC2_DQ8
DC2_DQ9
DC2_DQ10
DC2_DQ11
DC2_DQ12
DC2_DQ13
DC2_DQ14
DC2_DQ15
DC2_DQ16
DC2_DQ17
DC2_DQ18
DC2_DQ19
DC2_DQ20
DC2_DQ21
DC2_DQ22
DC2_DQ23
DC2_DQ24
DC2_DQ25
DC2_DQ26
DC2_DQ27
DC2_DQ28
DC2_DQ29
DC2_DQ30
DC2_DQ31

DC2_DQS0

DC2_DQS0N

DC2_DQS1

DC2_DQS1N

DC2_DQS2

DC2_DQS2N

DC2_DQS3

DC2_DQS3N

DC_VREF

DDR_1V5

DC2_A0

RTD2995

G8

VSS1

VSS2

E1

GND

VSS

A9

C674

GND

H9H2F1E9D2C9C1A8A1

VDDQ4

VDDQ5

VDDQ6

VDDQ7

VDDQ8

VSSQ4

VSSQ5

VSSQ6

VSSQ7

VSSQ8

VSS11

F9

B3

E8

E2

G9

G1

DC1_CKE

DC1_A10

DC1_A4_1

DC1_A4

DC1_A6

DC1_A14

DC1_RASN
DC1_CASN

DC1_A2

DC1_A13

DC1_A7

DC1_A3

DC1_BA2

DC1_BA1
DC1_A12

DC1_A8

DC1_A11

DC1_A1

DC1_WEN

DC1_A0

DC1_A9

DC1_RSTN

DC1_A5

DC1_A5_1

DC1_BA0

DC1_ODT

VDDQ3

VSSQ3

D8

D1

VDDQ

VDDQ2

VSSQ

VSSQ2

B1

B9

3V3

VDDQ1

DMU

DQSU

/DQSU

DQU0
DQU1
DQU2
DQU3
DQU4
DQU5
DQU6
DQU7

DMLBA0

DQSL

/DQSL

DQL0
DQL1
DQL2
DQL3
DQL4
DQL5
DQL6
DQL7

VREFDQ

CK

/CK

CKE

/RESET

VSSQ1

4 5

2 7
1

3 6

1
4 5

2 7
1

3 6

1
4 5

2 7
1

3 6

1
4 5

2 7
1

3 6

1
4 5

2 7
1

3 6

1
4 5

2 7
1

3 6

1
4 5

2 7
1

3 6

1

D3

DC2_UD1_DM1

C7

DC2_UD1_DQS1

B7

DC2_UD1_DQS1N

D7

DC2_UD1_DQ8

C3

DC2_UD1_DQ9

C8

DC2_UD1_DQ10

C2

DC2_UD1_DQ11

A7

DC2_UD1_DQ12

A2

DC2_UD1_DQ13

B8

DC2_UD1_DQ14

A3

DC2_UD1_DQ15

DC2_UD1_DM0

F3

DC2_UD1_DQS0

G3

DC2_UD1_DQS0N

E3

DC2_UD1_DQ0

F7

DC2_UD1_DQ1

F2

DC2_UD1_DQ2

F8

DC2_UD1_DQ3

H3

DC2_UD1_DQ4

H8

DC2_UD1_DQ5

G2

DC2_UD1_DQ6

H7

DC2_UD1_DQ7

H1

DC2_UD1_VREF_DQ

J7

DC2_CK_1

K7

DC2_CKN_1

K9

DC2_CKE_1

T2

DC2_RSTN_1DC2_A14_1

DDR_1V5

C675

GND

RP601

22R

63

RP602

22R

8
54

72

RP603

22R

8

63

RP604

22R

8
54

72

RP605

22R

8

63

RP606

22R

8
54

72

RP607

22R

8

63

8

RP608

22R

54

72

RP609

22R

8

63

RP610

22R

8
54

72

RP611

22R

8

63

RP612

22R

8
54

72

RP613

22R

8

63

RP614

22R

8
54

72
8

22U22U

R627
10K

DC1_CKE_1

DC1_A10_1

DC1_UD2_A4
DC1_UD1_A4

DC1_A6_1

DC1_A14_1

DC1_RASN_1
DC1_CASN_1

DC1_A2_1

DC1_A13_1

DC1_A7_1

DC1_A3_1

DC1_BA2_1

DC1_BA1_1
DC1_A12_1

DC1_A8_1

DC1_A11_1

DC1_A1_1

DC1_WEN_1

DC1_A0_1

DC1_A9_1

DC1_RSTN_1

DC1_UD1_A5
DC1_UD2_A5

DC1_BA0_1

DC1_ODT_1

R626

10K

GND

DC2_UD2_VREF_CA

C676

1U

C677

1U

GND

DC2_A0_1
DC2_A1_1
DC2_A2_1
DC2_A3_1
DC2_A4_1
DC2_A5_1
DC2_A6_1
DC2_A7_1
DC2_A8_1
DC2_A9_1

DC2_A10_1
DC2_A11_1
DC2_A12_1

DC2_BA0_1
DC2_BA1_1
DC2_BA2_1

DC2_RASN_1
DC2_CASN_1
DC2_WEN_1

DC2_ODT_1

DC2_A13_1
DC2_A14_1

1

GND

2
3
4

C678

22U

GND

DC1_CKE_1

DC1_A10_1

DC1_UD2_A4
DC1_UD1_A4

DC1_A6_1

DC1_A14_1

DC1_RASN_1
DC1_CASN_1

DC1_A2_1

DC1_A13_1

DC1_A7_1

DC1_A3_1

DC1_BA2_1

DC1_VTT

DC1_BA1_1
DC1_A12_1

DC1_A8_1

DC1_A11_1

DC1_A1_1

DC1_WEN_1

DC1_A0_1

DC1_A9_1

DC1_UD1_A5
DC1_UD2_A5

DC1_BA0_1

DC1_ODT_1

U606

VCNTL4

VIN

VCNTL3

GND

VCNTL2

VREF

VCNTL1

VOUT

G2992B

R695
R696

8

6 3

8
7 2

5 4
8

6 3

8
7 2

5 4
8

6 3

8
7 2

5 4

DDR_1V5

R9

VDD8

N3

A0

P7

A1

P3

A2

N2

A3

P8

A4

P2

A5

R8

A6

R2

A7

T8

A8

R3

A9

L7

A10

R7

A11

N7

A12

N8

BA1

M3

BA2

L2

/CS

J3

/RAS

K3

/CAS

L3

/WE

K1

ODT

M8

VREFCA

J1

NC1

J9

NC2

L1

NC3

L9

NC4

M7

NC5

T3

NC6

T7

NC7

ZQ

L8

R632R631
240R

1%

GNDGND

8
7
6
5

100R
100R

RP616
100R

1
27

RP617
100R

45
1

36

RP618
100R

1
27

RP619
100R

45
1

36

RP620
100R

1
27

RP621
100R

45
1

36

RP622
100R

8

6 3

RP623
100R

8
7 2

5 4

RP624
100R

8

6 3

RP625
100R

8
7 2

5 4

R699

100R

RP627
100R

8
7 2

5 4

RP628
100R

8

6 3

U604

NT5CB128M16FP-DI(NANYA)

H5TQ2G63FFR-PBC(HYNIX)

D2

E9

F1

H2

VSS

VSS1

VSS2

VSS11

A9

E1

B3

G8

3V3

C685 0.1U

C687 0.1U

C689 0.1U

H9

VDDQ8

VSSQ8

G1

G9

0.1UC684

0.1UC686

0.1UC688

0.1UC690

VDDQ6

VDDQ7

VSSQ6

VSSQ7

F9

E8

VDDQ5

VSSQ5

E2

GND

R1

VDD7

1
27

45
1

36

1
27

45
1

36

1

36

1
27

45

N9

VDD6

VSS10

T9

GND

K8

N1

VDD5

VSS9

T1

P9

C679

1U1U

VDD4

VSS8

D9

G7

K2

VDD1

VDD2

VDD3

VSS5

VSS6

VSS7

P1

M1

M9

R628 0RR625 0R

DC1_VTT

B2

VDD

VSS3

VSS4

J2

J8

DC1_VTT

A1A8C1

C9

VDDQ

VDDQ1

VDDQ2

VDDQ3

VDDQ4

/DQSU

VREFDQ

/RESET

VSSQ

VSSQ1

VSSQ2

VSSQ3

VSSQ4

B9

B1

D1

D8

DC1_RSTN_1
DC2_RSTN_1
DC1_CKE_1
DC2_CKE_1

DMU

DQSU

DQU0
DQU1
DQU2
DQU3
DQU4
DQU5
DQU6
DQU7

DMLBA0

DQSL

/DQSL

DQL0
DQL1
DQL2
DQL3
DQL4
DQL5
DQL6
DQL7

CK

/CK

CKE

D3

DC2_UD2_DM3

C7

DC2_UD2_DQS3

B7

DC2_UD2_DQS3N

D7

DC2_UD2_DQ24

C3

DC2_UD2_DQ25

C8

DC2_UD2_DQ26

C2

DC2_UD2_DQ27

A7

DC2_UD2_DQ28

A2

DC2_UD2_DQ29

B8

DC2_UD2_DQ30

A3

DC2_UD2_DQ31

E7M2

DC2_UD2_DM2

F3

DC2_UD2_DQS2

G3

DC2_UD2_DQS2N

E3

DC2_UD2_DQ16

F7

DC2_UD2_DQ17

F2

DC2_UD2_DQ18

F8

DC2_UD2_DQ19

H3

DC2_UD2_DQ20

H8

DC2_UD2_DQ21

G2

DC2_UD2_DQ22

H7

DC2_UD2_DQ23

H1

DC2_UD2_VREF_DQ

J7

DC2_CK_1

K7

DC2_CKN_1

K9

DC2_CKE_1

T2

DC2_RSTN_1

R651
4K7
R652
4K7
R649

NC/

4K7

R650

NC/

4K7

DC2_RASN
DC2_CASN

GND

1

DC1_DQ5
DC1_DQ7

3 6

1

DC1_DM0

2 7

DC1_DQ8

4 5

1

DC1_DQS1N

2 7

DC1_DQS1

4 5

1

DC1_DQS0N

DC1_DQS0

3 6

1

DC1_DQ11

2 7

DC1_DM1

4 5

1

DC1_DQ6
DC1_DQ4

3 6

1

DC1_DQ17
DC1_DQ19

3 6

1

DC1_DQS3N

2 7

DC1_DQS3

4 5

1

DC1_DQS2N

2 7

4 5

1

DC1_DQ31

2 7

DC1_DQ29

4 5

1

DC1_DQ27

DC1_DM3

3 6

DC1_CK
DC1_CKN

DDR_1V5

GND

RP629

22R

54

DC2_CKE

DC2_A10

DC2_A4
DC2_A8

DC2_A11

DC2_A1

DC2_WEN

DC2_A0

DC2_A9

DC2_RSTN

DC2_A3 DC2_A3_1

DC2_BA2

3 6

RP630

1

22R

4 5

2 7

RP631

1

22R

3 6

RP632

1

22R

4 5

2 7

RP633

1

22R

3 6

RP634

1

22R

4 5

2 7
1

RP635

22R

DC2_BA1

DC2_A12

DC2_A6

DC2_A14

3 6

RP636

1

22R

4 5

2 7

RP637

1

22R

3 6

DC2_CKE_1

DC2_A10_1

72
8

DC2_A4_1

63

DC2_A8_1

8
54

DC2_A11_1

DC2_A1_1

72
8

DC2_WEN_1

63

DC2_A0_1

8
54

DC2_A9_1

DC2_RSTN_1

72
8

63

DC2_BA2_1

8

54

DC2_BA1_1
DC2_A12_1

72
8

DC2_A6_1

63

DC2_A14_1

8
54

DC2_RASN_1
DC2_CASN_1

72

RP638

DC2_A2

DC2_A13

DC2_A7
DC2_A5

DC2_BA0
DC2_ODT

1
4 5

2 7

RP639

1

3 6

RP640

1
4 5

2 7
1

22R

22R

22R

8

DC2_A2_1

63

DC2_A13_1

8
54

DC2_A7_1
DC2_A5_1

72
8

DC2_BA0_1

63

DC2_ODT_1

8

RP641

22R

RP642

22R

RP643

22R

RP644

22R

RP645

22R

RP646

22R

RP647

22R

RP648

22R

RP649

22R

RP650

22R

RP651

22R

8
72

DC1_UD1_DQ5

DC1_UD1_DQ7

54
8

DC1_UD1_DM0

63

DC1_UD1_DQ8

8

DC1_UD1_DQS1N

63

DC1_UD1_DQS1

8
72

DC1_UD1_DQS0N

DC1_UD1_DQS0

54
8

DC1_UD1_DQ11

63

DC1_UD1_DM1

8
72

DC1_UD1_DQ6

DC1_UD1_DQ4

54
8

72

DC1_UD2_DQ17

DC1_UD2_DQ19

54
8

DC1_UD2_DQS3N

63

DC1_UD2_DQS3

8

DC1_UD2_DQS2N

63

DC1_UD2_DQS2DC1_DQS2

8

DC1_UD2_DQ31

63

DC1_UD2_DQ29

8
72

DC1_UD2_DQ27

DC1_UD2_DM3

54

R669

22R
22R

R670

DC2_CKE_1
DC2_A10_1

DC2_A4_1
DC2_A8_1

DC2_A11_1

DC2_A1_1

DC2_WEN_1

DC2_A0_1

DC2_A9_1

DC2_A3_1

DC2_BA2_1

DC2_VTT

DC2_BA1_1
DC2_A12_1

DC2_A6_1

DC2_A14_1

DC2_RASN_1
DC2_CASN_1

DC2_A2_1

DC2_A13_1

DC2_A7_1
DC2_A5_1

DC2_BA0_1

DC2_ODT_1

GND

DC1_DQ1
DC1_DQ3

DC1_DQ10
DC1_DQ14

DC1_DQ12

DC1_DQ9

DC1_DQ15
DC1_DQ13

DC1_DQ0
DC1_DQ2

DC1_DQ21
DC1_DQ23

DC1_DQ16
DC1_DQ18

DC1_DQ22
DC1_DQ20

DC1_DM2

DC1_DQ24

DC1_DQ26
DC1_DQ30

DC1_DQ28
DC1_DQ25

DC1_CK_1
DC1_CKN_1

R697
R698

8
7 2

5 4
8

6 3

8
7 2

5 4

8
7 2

5 4

RP652

22R

8

6 3

RP653

22R

4 5

2 7

RP654

1

22R

3 6

RP655

1

22R

4 5

2 7

RP656

1

22R

3 6

RP657

1

22R

1
2 7

4 5

RP658

22R

1

3 6

RP659

22R

1
2 7

4 5

RP660

22R

3 6

RP661

1

22R

4 5

2 7

RP662

1

22R

3 6

1

Place Close to DRAM Side

R675

1K

R676

1K

R677

1K

R678

1K

100R
100R

RP686
100R

RP687
100R

RP688
100R

R682

RP690
100R

8

6 3

8
7 2

5 4
8

6 3

8
7 2

5 4
8

6 3

8
7 2

5 4

100R

RP691
100R

RP692
100R

RP693
100R

RP694
100R

RP695
100R

RP696

100R

1

36

1
27

45
1

36

1

36

1
27

45
1

36

1
27

45
1

36

1
27

45
1

36

DC2_VTT

1
27

DC1_UD1_DQ1
DC1_UD1_DQ3

45

DC1_UD1_DQ10

63

DC1_UD1_DQ14

8
54

DC1_UD1_DQ12

DC1_UD1_DQ9

72
8

DC1_UD1_DQ15

63

DC1_UD1_DQ13

8
54

DC1_UD1_DQ0
DC1_UD1_DQ2

72
8

8

DC1_UD2_DQ21

63

DC1_UD2_DQ23

8
72

DC1_UD2_DQ16

DC1_UD2_DQ18

54
8

DC1_UD2_DQ22

63

DC1_UD2_DQ20

54

DC1_UD2_DM2
DC1_UD2_DQ24

72
8

DC1_UD2_DQ26

63

DC1_UD2_DQ30

8
54

DC1_UD2_DQ28

DC1_UD2_DQ25

72
8

0.1UC681

0.1UC680

DC2_VTT

C691 0.1U

C693 0.1U

C695 0.1U

GND

0.1UC692

0.1UC694

0.1UC696

GND

DC2_DQ5
DC2_DQ7

DC2_DM0
DC2_DQ8

DC2_DQS1N

DC2_DQS1

DC2_DQS0N

DC2_DQS0

DC2_DQ11

DC2_DM1

DC2_DQ6
DC2_DQ4

DC2_DQ17
DC2_DQ19

DC2_DQS3N

DC2_DQS3

DC2_DQS2N

DC2_DQS2

DC2_DQ31
DC2_DQ29

DC2_DQ27

DC2_DM3

RP663

22R

5 4

7 2

RP664

8

22R

1

3 6

RP665

22R

1

3 6

RP666

22R

1
2 7

4 5

RP667

22R

1

3 6

RP668

22R

5 4

7 2

RP669

8

22R

3 6

RP670

1

22R

1

3 6

RP671

22R

1

3 6

RP672

22R

5 4

7 2

RP673

8

22R

1

3 6

DC2_CK
DC2_CKN

DC2_UD1_DQ5

36

DC2_UD1_DQ7

1

8
72

DC2_UD1_DM0

DC2_UD1_DQ8

54
8

72

DC2_UD1_DQS1N

DC2_UD1_DQS1

54
8

DC2_UD1_DQS0N

63

DC2_UD1_DQS0

8
72

DC2_UD1_DQ11

DC2_UD1_DM1

54

DC2_UD1_DQ6

36

DC2_UD1_DQ4

1

54

DC2_UD2_DQ17

DC2_UD2_DQ19

72
8

8
72

DC2_UD2_DQS3N

DC2_UD2_DQS3

54
8

72

DC2_UD2_DQS2N

DC2_UD2_DQS2

54

DC2_UD2_DQ31

36

DC2_UD2_DQ29

1

8
72

DC2_UD2_DQ27

DC2_UD2_DM3

54

R679

22R

22R

R680

DC2_DQ1
DC2_DQ3

DC2_DQ10
DC2_DQ14

DC2_DQ12

DC2_DQ9

DC2_DQ15
DC2_DQ13

DC2_DQ0
DC2_DQ2

DC2_DQ21
DC2_DQ23

DC2_DQ16
DC2_DQ18

DC2_DQ22
DC2_DQ20

DC2_DM2

DC2_DQ24

DC2_DQ26
DC2_DQ30

DC2_DQ28
DC2_DQ25

DC2_CK_1
DC2_CKN_1

RP674

22R

8

6 3

RP675

22R

8
7 2

5 4

RP676

22R

8

6 3

RP677

22R

8
7 2

5 4

RP678

22R

8

6 3

RP679

22R

1
27

DC2_UD1_DQ1

DC2_UD1_DQ3

45
1

DC2_UD1_DQ10

36

DC2_UD1_DQ14

1
27

DC2_UD1_DQ12

DC2_UD1_DQ9

45
1

DC2_UD1_DQ15

36

DC2_UD1_DQ13

1
27

DC2_UD1_DQ0

DC2_UD1_DQ2

45

5 4

DC2_UD2_DQ21

36

7 2

RP680

8

22R

DC2_UD2_DQ23

1
45

6 3

RP681

8

22R

1
2 7

4 5

RP682

22R

8
7 2

5 4

RP683

22R

8

6 3

RP684

22R

DC2_UD2_DQ16
DC2_UD2_DQ18

27
1

8

DC2_UD2_DQ22

63

DC2_UD2_DQ20

1

DC2_UD2_DM2

36

DC2_UD2_DQ24

1
27

DC2_UD2_DQ26
DC2_UD2_DQ30

45

54

3 6

1

DC2_UD2_DQ28
DC2_UD2_DQ25

72
8

Place Close to DRAM Side

1K
1K

1K
1K

R685

R686

R687

R688

C683 0.1U

C682 0.1U

GND

3V3

I2S_MCLK
I2S_LRCK
I2S_BCLK

I2S_DATA

R03A 33R
R04A
R05A
R06A

R701

2K2
2K2

R702

close to soc

33R
33R
33R

I2C_SDA
I2C_SCL

/NC

C01A

15P

NC

NC

C02A

C03A 15PNCC04A

15P

15P

NC

GND

R02A 0R

GND

R09A
R10A 100R

GND

3V3A

R08A

NC/

NC

C05A 4U7

0.1U

C06A

0.047UC09A
4700PC10A

C11A

0.047U

C12A 4700P

10K

3V3A

R07A

18K2

100R

C08A 33P

33PC07A

3V3

GND

GND

R11A

10K

13
14
15
16

18
19
20
21
22
23
24

C13A
C14A

GND

R12A

470R

R13A

470R

AVDD
FAULT
MCLK
OSC_RES
DVSSO
VR_DIG
PDN
LRCLK
SCLK
SDIN
SDA
SCL

1U

2200P

10

11
12

PLL_FLTP

PLL_FLTM

AVSSNCOC_ADJ

VR_ANA

DVDD

STEST

RESET

27

26

25

3V3

GND

R14A

22K1

9

8

7

SSTIMER

U01A

TAS5707

AGND

GND

DVSS

30

281729532

GND

GND

C15A

0.033U

4

3

6

GVDD_OUT1

BST_A

PVDD_A2

PVDD_D1

BST_D

GVDD_OUT2

VREG

34

33

31

C18A 0.1U

C19A 1U

C20A

0.033U

AMP_VCC

1

2

PVDD_A1

OUT_A

PGND_AB2
PGND_AB1

PVDD_B2
PVDD_B1

PVDD_C2
PVDD_C1

PGND_CD2

PVDD_D2

PGND_CD1

OUT_D

36

35

C16A

0.47U

OUT_B

BST_B

BST_C

OUT_C

C21A

0.47U

AMP_VCC

48
47
46
45
44
43
42
41
40
39
38
37

GND

GND

GND

GND

C22A

0.47U

AMP_VCC

AMP_VCC

C23A

0.47U

C24A

0.033U
C25A

0.033U

OUT_A

OUT_B

OUT_C

OUT_D

R16A

10R

C26A

330P

R19A
10R

C27A

330P

L01A

22UH

L02A

22UH

L03A

22UH

L04A

22UH

GND

GND

C28A

0.1U

C29A

0.1U

C30A

0.1U

C31A

0.1U

C32A

0.47U

C33A

0.47U

C34A

0.01U

C35A

0.01U

C36A

0.01U

C37A

0.01U

R17A

3R3

R18A

3R3

R20A

3R3

R21A

3R3

GND

GND

L-L+ R+ R-

T T

TT

P01A

L+

1

L-

2

WHITE

P02A

R+

1

R-

2

RED

AMP_RESET

R01A

100R

GND

R15A 4K7

C17A 1000P

AMP_VCC

C38A

GND

1U

C39A

1U

C40A

0.1U

3V3

NC

10KR22A

L05A

120R

GND

C41A

10U

C43A
10U

C42A

0.1U

C44A

0.1U

3V3A

GND

3V3

eMMC Module

3V3

EEP_POWER

T

EMMC_3V3

3V3

EMC_CLK
EMC_CMD
EMC_D0
EMC_D1
EMC_D2
EMC_D3

GND

R805
10K

NC/

R807 4K7

R809
4K7
R811
4K7
R813
4K7
R815
4K7
R817
4K7
R819
4K7
R821
4K7
R823
4K7

R825

4K7

U802(CPP)

13-FHG6A2-8GB

W6

CLK

W5

CMD

H3

D0

H4

D1

H5

D2

J2

D3

K6

VDD_IF4

W4

Y4
AA3
AA5

K4

Y2

Y5
AA4
AA6

T5

VDD_IF3
VDD_IF2
VDD_IF
VDD_IF1
OPTION1
VSS

VSS6
VSS7

CREG/VDDI

VSS8

iNAND

OPTION2

EMMC_RESET

EMMC_CLK
EMMC_CMD
EMMC_D5
EMMC_D3 EMC_D3
EMMC_D1 EMC_D1
EMMC_D6
EMMC_D4
EMMC_D0 EMC_D0
EMMC_D2 EMC_D2
EMMC_D7

D4
D5
D6
D7

RESET

VDD3
VDD2
VDD1

VDD

VSS1
VSS2
VSS3VSS5
VSS4

J3
J4
J5
J6

U5
M6

N5
T10
U9

M7
P5
R10
U8
H6
K2

R806
10R
R808
10R
R810
10R
R812
10R
R814
10R
R816
10R
R818
10R
R820
10R
R822
10R
R824
10R

R826

10R

EMC_D4
EMC_D5
EMC_D6
EMC_D7

EMC_RESET

EMC_RESET

EMC_CLK
EMC_CMD

EMC_D5

EMC_D6
EMC_D4

EMC_D7

EMMC_3V3

0.1UC802

C801 2U2

GND

(9)
(9)
(9)
(9)
(9)
(9)
(9)
(9)
(9)
(9)
(9)

GND

EMC_CLK

U804

1

A0

2

A1

3

A2

4

GND

BL24C32

NC/

30PC809

VCC

WP

SCL

SDA

8
7
6
5

GND

SDA2

C808

0.1U

R831

4K7

R835

R836

4K74K7

GND

R832

100R

R833

100R
100R

E_WP

I2C1_SCL

I2C1_SDA

(5)
(9)
(9)

R834

T

T

T

E2P_WPSCL2

C806C805

EMMC_3V3

C807

0.1U0.1U

3V3

L801

120R

10U

GND

PC_CE1#

PC-CD#
PC_IORD#
PC_IOWR#

PC_OE#
PC_WE#
PC_IRQ#
PC_RST

PC_WAIT#

PC_ADDR14

PC_ADDR13

PC_ADDR12
PC_ADDR8
PC_ADDR7
PC_ADDR6
PC_ADDR5
PC_ADDR4
PC_ADDR3
PC_ADDR2

PC_DATA1

TPO_DATA2
TPO_DATA1

PC_DATA2

TPI_DATA2
TPI_DATA1
TPO_DATA0

PC_DATA0

TPO_SYNC
TPO_DATA6
TPO_DATA4
TPO_DATA3
PC_ADDR1
TPO_VALID

PC_REG#
TPO_DATA5
TPO_DATA7
PC_ADDR0

TPO_CLK

TPI_DATA3
TPI_DATA4
TPI_DATA5
TPI_DATA6
TPI_DATA7

SD-WP

TPI_SYNC
TPI_VALID
TPI_DATA0

PC_ADDR11
PC_ADDR10

PC_ADDR9

PC_DATA3
PC_DATA4
PC_DATA5
PC_DATA6
PC_DATA7

SD-CLK
SD-CMD

PC_INPACK#

PC-CE2#

U500

AG24

PC_CE1N/TCON6/GP68

AH22

PC_CD0N/TCON17/GP61

AH23

PC_IORDN/TCON23/GP64

AH21

PC_IOWRN/TCON11/GP58

AH25

PC_OEN/TCON10/GP70

AC30

PC_WEN/TCON22/SC_CD_2/GP76

AB30

PC_IREQ/TCON1/GP77

AJ19

PC_RST0N/TCON1/GP53

AH19

PC_WAIT0N/TCON3/GP54

AC31

PC_A14/TCON20/SC_RST/GP75

AC32

PC_A13/TCON18/SC_D2_0/GP74

AB29

PC_A12/TCON3/GP78

AJ27

PC_A8/TCON16/GP73

AC29

PC_A7/TCON7/GP80

AD29

PC_A6/TCON5/GP79

AB28

PC_A5/TCON11/GP82

AC28

PC_A4/TCON9/GP81

R27

PC_A3/TCON15/GP84

T27

PC_A2/TCON13/GP83

AG15

PC_D1/TCON7/GP32

AM17

MII_TXC/TPO_D2/TCON9/GP33

AL19

MII_TXDEN/TPO_D1/TCON19/GP38

AL17

MII_TXD3/PC_D2/TCON11/GP34

AK17

MII_TXD2/TP0_D2/TCON13/GP35

AL18

MII_TXD1/TP0_D1/TCON15/GP36

AK18

MII_TXD0/TPO_D0/TCON17/GP37

AG16

MII_RXD3/PC_D0/TCON4/GP43

AH17

MII_RXD2/TPO_SYNC/TCON6/GP44

AG17

MII_RXD1/TPO_D6/TCON8/GP45

AH18

MII_RXD0/TPO_D4/TCON10/GP46

AK20

MII_RXER/TPO_D3/TCON20/GP51

AG18

MII_RXDV/PC_A1/TCON14/GP48

AH16

MII_RXC/TPO_VAL/TCON2/GP42

AM20

MII_COL/PC_REGN/TCON16/GP49

AJ18

MII_MDC/TPO_D5/TCON12/GP47

AJ16

MII_MDIO/TPO_D7/TCON0/GP41

AL20

MII_CRS/PC_A0/TCON18/GP50

AJ21

TPO_CLK/TCON13/GP59

AH15

TP0_D3/JTRST/GP30

AG14

TP0_D4/JTDO/GP29

AH14

TP0_D5/JTMS/GP28

AG13

TP0_D6/JTDI/GP27

AH13

TP0_D7/JTCLK/GP26

AJ12

TP0_ERR/TP2_D3/GP15

AK19

TP0_SYNC/TCON23/GP40

AJ15

TP0_VAL/GP31

AM19

TP0_D0/TCON21/GP39

AH26

SD_D7/PC_A11/TCON14/GP72

AJ25

SD_D5/PC_A10/TCON8/GP69

AG25

SD_D6/PC_A9/TCON12/GP71

AG22

SD_D1/PC_D3/TCON21/GP63

AG23

SD_D3/PC_D4/TCON0/GP65

AJ22

SD_D0/PC_D5/TCON19/GP62

AH24

SD_D2/PC_D6/TCON2/GP66

AJ24

SD_D4/PC_D7/TCON4/GP67

AH20

SD_CLK/TCON7/GP56

AG19

SD_CMD/TCON5/GP55

AG20

SD_WP/PC_IACK0/TCON9/GP57

AK21

SD_CD/PC_CE1N/TCON22/GP52

RTD2992

R901 4K7

NAND_D3

GND

GPIO_AH10

R906 4K7
GND

SPDIF_O_IN0/GP138

TP2_VAL/SPDIF_O_IN1/GP139

UART3_TX/UART1_TX/TCON6/GP9

UART3_RX/UART1_RX/TCON2/GP5

SPI_CSN/TCON6/I2S_IWCK0/GP122

SPI_CK/TCON8/I2S_IMCK0/GP123

SPI_DI/TCON12/I2C2_SCL0/SC_SCLK/GP125

SPI_DO/TCON14/I2C2_SDA0/SC_D3/GP126

TP2_CLKEN/GP140

TP2_SYNC/GP141

VS_O/TP2_D0/GP142

RFAGC/GP143

IFAGC/GP144

TUN_SCL/GP145

TUN_SDA/GP146

USB_PWR/GP1
TCON16/GP127

TCON16/GP20

EPI_LOCK/TCON18/GP0

TCON10/I2S_I_D0/GP124

TCON4/I2S_OD1/GP121
TCON2/I2S_OD0/GP120

TCON0/I2S_OMCK/GP119

TCON22/I2S_OWCK/GP118

TCON20/I2S_OSCK/GP117

ETN_LED1_TR/GP131
ETN_LED0_LK/GP130

I2C1_SCL/TCON8/GP13

I2C1_SDA/TCON10/GP14

EM_CLK/GP19

NF_RDY/EM_D0/GP18

NF_ALE/EM_D1/GP24

EM_D2/GP23

NF_WRN/EM_D3/GP25

NF_RDN/EM_D4/GP17

NF_CLE/EM_D5/GP21

EM_D6/GP16

NF_CE1N/EM_D7/GP22

NF_CE0N/GP8

NF_D0/GP10
NF_D1/GP12
NF_D2/GP11

NF_D3/GP6

NF_D4/EM_CMD/GP7

NF_D5/GP2
NF_D6/GP3
NF_D7/GP4

I2C2_SDA1/SC_CD3/GP129

I2C2_SCL1/SC_RST/GP128

CLK_TP0_EN/TCON15/GP60

3V3 3V3

NC/

FORMAT0

NC/

4K7R902

R904 4K7

3V3

NC/

4K7R905

R907 4K7

TCON_WP_OUT

NC/

GNDGND

NC/

NC/

NC/

NC/

Y4
AA5
AA6
AB5
AB6
AB4
AC4
AF1
AF2

AJ6
A5
AL15

G5
D7
A7
E8
D8
C8
B8

C4
B4

AJ10
AG8
AG11
AH12

AK14
AL14
AK16
AM16
AJ13
AM14
AK15
AG12
AL16
AG9
AH10
AH11
AG10
AH9
AJ9
AJ7
AH7
AH8

B7
C7

B6
C6
C5
B5

AG21

4K7R903

3V3

4K7R908

SPDIF_OUT

T2_VALID

T2_CLK

T2_SYNC

T2_D0

T2_RST

TU_IFAGC_OUT

TU_SCL_OUT

TU_SDA_OUT

CR_PWR_EN

EMMC_RESET

GPIO_AH10

VBY1_LOCKN
VBY1_HTPDN

I2C_SDA

EPI_LOCK

I2C_SCL
PIN_A7

I2S_DATA

I2S_MCLK

I2S_LRCK

I2S_BCLK

AMP_RESET

3D_FLAG
UART_RX2

I2C1_SCL
I2C1_SDA

EMMC_CLK
EMMC_D0
EMMC_D1
EMMC_D2
EMMC_D3
EMMC_D4
EMMC_D5
EMMC_D6
EMMC_D7

LD_EN

TCON_WP_OUT

FORMAT0

NAND_D3

EMMC_CMD

UART_TX2

NAND_D6

3D_CTRL

(10)
(10)

TPI_CLK

(7)
(7)
(7)
(7)

(10)
(10)

(8)
(8)

(10)

(3)
(2)
(2)
(2)
(2)
(2)
(2)
(2)
(2)

(7)
(8)

(7)

(7)

(8)
(8)
(8)
(8)
(8)
(8)
(8)
(8)
(8)

(11)

(10)

(8)

R963
100R

WIFI_ON

(3)

FLASH_TYPE

2:eMMC

AT_SPEED_SCAN
0:Low-speed SCAN test
1:AT-speed SCAN test

ECC_type

0:6-bit (Default)
1:12-bit
2:24-bit
3:40-bit

PAGE_SIZE_bit0

PAGE_SIZE

0:2K(Default)
1:4K
2:8K

PAGE_SIZE_bit1

FLASH_TYPE_bit0

0:NAND (Default)

1:SPI

Power On Latch

PLL_EN

0:Disable
1:Enable

ECC_bit0

ECC_bit1

I2S_DATA

PIN_A7

EPI_LOCK

CR_PWR_EN

UART_TX2

NAND_D6

I2S_BCLK

R909 4K7

4K7R910

R911 4K7

NC/

GND

R912

R913

R914

NC/

4K7

NC/

R915 4K7
GND

R917

R918

R919

R920 4K7

NC/

NC/

NC/

NC/

4K7R921

4K7

4K7

4K7

4K7

4K7

3V3

3V3

3V3

3V3

3V3

3V3

3V3

PCM_VCC

TPI_CLK

0.1U

NC/

C903

GND

GND

RP935

22R

C915

NC/

PC_CD1#_CON
TPI_DATA3_CON
TPI_DATA4_CON
TPI_DATA5_CON
TPI_DATA6_CON
TPI_DATA7_CON
PC_CE2#_CON

VS1#_CON
PC_IORD#_CON
PC_IOWR#_CON
TPO_SYNC_CON
TPO_DATA0_CON
TPO_DATA1_CON
TPO_DATA2_CON
TPO_DATA3_CON

PC_VPP2
TPO_DATA4_CON
TPO_DATA5_CON
TPO_DATA6_CON
TPO_DATA7_CON
TPI_CLK_CON
PC_RST_CON
PC_WAIT#_CON
PC_INPACK#_CON
PC_REG#_CON
TPI_VALID_CON
TPI_SYNC_CON
TPI_DATA0_CON
TPI_DATA1_CON
TPI_DATA2_CON
PC_CD2#_CON

22P

GND

3V3

R926

NC/

R927

NC/

R928
R929

NC/

R930

NC/

R931

NC/

R932

NC/

R933

NC/

R934
R935

NC/

R936

NC/

10K

10K

10K
10K

10K

0R
10K
10K
10K

0R
0R

GND

P901

35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68

C916

NC/

PC_CE2#

VS1#_CON
PC_WAIT#_CON
PC_INPACK#_CON
PC_VPP2

PC_CE1#_CON
PC_OE#_CON
PC_WE#_CON
PC_IRQ#_CON
PC_VPP1

IOIS16#_CON

3V3

22P

GND

RP947

22R

R942

PC_CD1#_CON

4K7

R943

PC_CD2#_CON

4K7

1
2

PC_DATA3_CON

3

PC_DATA4_CON

4

PC_DATA5_CON

5

PC_DATA6_CON

6

PC_DATA7_CON

7

PC_CE1#_CON

8

PC_ADDR10_CON

9

PC_OE#_CON

10

PC_ADDR11_CON

11

PC_ADDR9_CON

12

PC_ADDR8_CON

13

PC_ADDR13_CON

14

PC_ADDR14_CON

15

PC_WE#_CON

16

PC_IRQ#_CON

17
18

PC_VPP1

19

TPO_VALID_CON

20

TPO_CLK_CON

21

PC_ADDR12_CON

22

PC_ADDR7_CON

23

PC_ADDR6_CON

24

PC_ADDR5_CON

25

PC_ADDR4_CON

26

PC_ADDR3_CON

27

PC_ADDR2_CON

28

PC_ADDR1_CON

29

PC_ADDR0_CON

30

PC_DATA0_CON

31

PC_DATA1_CON

32

PC_DATA2_CON

33

IOIS16#_CON

34

GND

TPO_CLKTPO_CLK_CONTPI_CLK_CON

3V3

R937
R938
R939 4K7

1 2

D901

BAT54C

GND

5V

PC-CE2#

PC_ADDR0

R965
PTC

P

PC_REG#

TPO_DATA3

PCM_VCC

TPI_DATA0

C904

NC/

0.1U
C905 1U

TPO_DATA1

TPI_SYNC
TPI_DATA1

TPO_DATA0

GNDGND

PC_DATA2
TPO_DATA2
TPI_DATA2

PC_ADDR3

PC_ADDR2
PC_ADDR14
PC_ADDR13

PC_ADDR7 PC_ADDR7_CON

PC_WE# PC_WE#_CON
PC_IRQ#

PC_ADDR8
PC_ADDR12

PC_ADDR6

PC_ADDR5

NC/

PC_IORD#_CON

4K7

NC/

PC_IOWR#_CON

NC/
NC/

4K7

4K7R940

PC_REG#_CON

PC_RST_CON

PC_ADDR9

PC_ADDR10

PC_OE#

PC_ADDR11

PC_IORD#

PC_CE1#

PC_DATA6

PC_DATA7

PC_DATA3

3

R945

100R

R944

39K

PC_CD#

PC_DATA5

PC-CD#

PC_DATA4

RP910

0R

1
2 7

4 5

RP911

0R

1

3 6

RP912

0R

1
2 7

4 5

RP913

0R

1

3 6

RP914

0R

1
2 7

4 5

RP915

0R

1

3 6

RP916

0R

1

3 6

RP917

0R

1

3 6

RP918

0R

1
2 7

4 5

8

PC_ADDR0_CON

63

PC_REG#_CON

TPO_DATA3_CON

8

TPI_DATA0_CON

72

TPO_DATA1_CON

TPI_SYNC_CON

54

TPI_DATA1_CON

8

TPO_DATA0_CON

PC_DATA2_CON

63

TPO_DATA2_CON

TPI_DATA2_CON

8

PC_ADDR3_CON
PC_ADDR2_CON

72

PC_ADDR14_CON
PC_ADDR13_CON

54

8

PC_ADDR4_CONPC_ADDR4

63

PC_IRQ#_CON

8

PC_ADDR8_CON

PC_ADDR12_CON

72

PC_ADDR6_CON
PC_ADDR5_CON

54

8

PC_ADDR9_CON

PC_ADDR10_CON

72

PC_OE#_CON

PC_ADDR11_CON

54

8

PC_IORD#_CON

PC_CE1#_CON

72

PC_DATA6_CON
PC_DATA7_CON

54

8

PC_DATA3_CON
PC_DATA5_CON

63

PC_CD#

PC_DATA4_CON

PC_CE2# PC_CE2#

RP907

NC/

22R

PC_WAIT#

PC_INPACK#

SD-CLK

PC_IOWR#

TPO_DATA4
TPO_DATA5

SD-CMD
PC_RST

TPO_VALID

TPO_DATA6

TPO_SYNC
PC_ADDR1

TPI_DATA3

TPI_VALID
PC_DATA0

TPO_DATA7

TPI_DATA7

TPI_DATA4

TPI_DATA5

PC_DATA1

SD-WP

TPI_DATA6

PC_CE2#_CON

RP919
1
2 7

4 5

RP920
1
2 7

4 5

RP921
1

3 6

RP922

1

3 6

RP923

1

3 6

2

0R

0R

0R

0R

0R

8

PC_WAIT#_CON

PC_INPACK#_CON

63

SD_CLK

RP908

0R

PC_IOWR#_CON

8

TPO_DATA4_CON
TPO_DATA5_CON

63

SD_CMD

PC_RST_CON

8

TPO_VALID_CON

TPO_DATA6_CON

72

TPO_SYNC_CON
PC_ADDR1_CON

54

8

TPI_DATA3_CON

TPI_VALID_CON

72

PC_DATA0_CON

TPO_DATA7_CON

54

8

TPI_DATA7_CON
TPI_DATA4_CON

72

TPI_DATA5_CON
PC_DATA1_CON

54

RP9240R

41
3

SD_WP

TPI_DATA6_CON

GND

POL_RBOOT_EN#

0 : Rom boot

1 : Don't boot form Rom

POL_TEST_EN#

0 : Enable

1 : Disable

POL_EJTAG_EN#

0 : Enable
1 : Disable

BOOT_SET

(5)

PIN_K5

(5)

GPIO_J6

(5)

Power On Latch

R948

NC/

GND

R950 4K7

4K7R949

4K7

4K7R951

3V3SB

3V3SB

3V3SB

FLASH_TYPE_bit1

RANDOM_ACCESS_MODE

0:Disable (Default)

1:Enable

I2S_LRCK

I2S_MCLK

4K7R922

R923 4K7

R924

NC/

NC/

4K7

4K7R925

GNDGNDGNDGND GNDGND

3V3

8 7 6 5

4 3 2 1

3V3

R1029

NC

NC

0RR1034

2R2R1032

R1028 4K7

4K7

UART_RX2
UART_TX2

R1061

C1061 0.1U

C1062 0.1U

USB2_D-_IN

USB2_D+_IN

0R

5V

/NC

3D_VSYNC

GND

GND

8

(9)

(9)

D2

D4

D3

5

6

D1

7

Q1001

PMK50XP

PANEL_VCC

3D CONNECTOR

BlueTooth 3D(UART or USB0 TO SOC)

F

R1031

GND

100RR1030
100R

BT_5V

R1033 2R2

UART_RX_BT
UART_TX_BT

BT_POWER

BT_SYNC

BT_GND

BT_RX

BT_TX

P1005

1
2
3
4
5

E

6

T

T

SOC_3D_SYNC
UART_RX_BT
UART_TX_BT

TT T

Panel Power Circuit

S1

S2

B

C

E

R1013

S3

G

423

Q1002
BT3904

C1020

0.1U

1

12V

R1010

33K

PANEL_ON

(5)

PANEL_ON

R1011 4K7

R1012 3K3

C1019

D

0.1U

VBY1 4K/2K/ For CMI&AUO&SDC&INNUX&LGD(8LANE)

P1002

1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51

C1006

0.1U

GND

RX0P

RX0N

RX1PP
RX1NN

RX2P
RX2N

RX3P
RX3N

RX4P
RX4N

RX5P
RX5N

RX6P
RX6N

RX7P
RX7N

LOCKN
HTPDN

8B_10B_CM

LD_EN1

TCON_WP1

TCON_WP_AU

SCL_AU_CM

SDA_AU_CM

PANEL_3D_EN

3D_FLAG1
3D_VS_BACK
PWM_TIN

GND

T

PANEL_VCC1

0.1UC1007

0.1UC1040

C1041 0.1U
C1038 0.1U

0.1UC1039

0.1UC1036

C1037 0.1U
C1034 0.1U

0.1UC1035

0.1UC1032

C1033 0.1U
C1030 0.1U

0.1UC1031

C1028 0.1U

0.1U

C1029

0.1UC1026

C1027 0.1U

R1055 100R
R1056

NC/

0RR1077

0RR1078

0RR1053

GND

PANEL_VCC

NC/

NC

100RR1073
100RR1074
100RR1054

100R

100RR1076

TX0P_1
TX0N_1

TX1P_1
TX1N_1

TX2P_1

TX2N_1

TX3P_1
TX3N_1

TX4P_1

TX4N_1
TX5P_1

TX5N_1
TX6P_1

TX6N_1
TX7P_1

TX7N_1

BITSL_3DEN

P_SCL

P_SDA

(5)
(5)

(5)
(5)

(5)
(5)

(5)
(5)

(5)
(5)

(5)
(5)

(5)
(5)

R1003

(5)

R1004 0R

R1051 100R

(5)

R1075

R1070 100R

LD_EN

8B_10B_CM

NC/

NC

NC

0R

0RR1072

0R

100RR1071

R1002 10K

R1001 10K

TCON_WP_OUT

R1007 100R
R1005 100R

100RR1006

NC/

NC/

R1050

4K7

R1057 4K7

3V3

VBY1_LOCKN
VBY1_HTPDN

NAND_D3

LD_EN

I2C1_SCL
I2C1_SDA

3D_EN_PANEL

3D_FLAG
3D_VSYNC

3V3

3D_EN_PANEL
3D_FLAG
3D_VSYNC

F

E

D

2K7

GND

GND

RESISTER SETTING FOR INNOLUX/V500DK2-QS1

C

GND

C

B

A

THIS DRAWING CANNOT BE COMMUNICATED TO UNAUTHORIZED PERSONS COPIED UNLES S PERMITTED IN WRITING

B

...

...

...

...

Index-Lab

Last saved :

5

DD-MM

DD-MM

DD-MM

DD-MM

DATE

...
...
...
...

...

...
...

...

DESCRIPTION Last modifNAME

5-5-2008_15:52

4678

...

...

...

...

SBU :

TCLNO:

.............

DESIGNATION

...........

ON:
BY:

DRAWN

TCL Thomson Electronics Ltd.

B Building, TCL Tower, Nanhai Road

Nanshan District, Shenzhen, Guangdong
Tel [phone]xxxx Fax [phone]xxxx

CHECKED

DD-MM-YY

ON:
BY:

......

PAGE:

OF :

A

3 2 1

FORMAT DIN A2

8 7 6 5 4 3 2 1

Date:20141104 01-RT95L1-MAA2HG PEEEPARED BY DAVID REN

DISCRIPTION:MODIFIED FOR AP(E5800)

FROM 01-RT9200-MAB2HG

F

PAGE 1:POWER

VARIBLE CONTENTS:

(1-1) 14PIN MAINPOWER(12V);

F

(1-2) ADD 12V TO 3V3SB&5V CONTROL

(1-3)ADD 2PIN CONNECT FOR KEYIN..

PAGE 2:TUNER

PAGE 3:

E

AV1

(2-1)REPLACE CXD2837 WITH ATBM7811
(3-1)RELACE DOUBLE USB CON

(3-2)DELETE YPBPR

(3-3)ADD AV1

E

SPDIF&ERAPHONE

USB3.0&USB2.0

(3-2)TVS for YPBPR&SPDIF&EAR-DET

(3-3)TVS FOR USB2.0&USB3.0

RJ45

(3-4)RJ45 PROTECTION-STANDARD3.8

D

PAGE 4:HDMI

PAGE 5:RT2995 POWER&

GND&SIGNAL IN and OUT

(4-1)REPLACE HDMI TVS part type

(4-2)TVS FOR VGA-HS&VS&DDC&RX-TX

(1)2995lvds OUTPUT FOR 4K2K

(2)ASSIN 2995 AL2&AL1 FOR AV1_L(R)_IN

D

PAGE 6:DDR

PAGE 7:SPEAKER AMPLFIER

follow 01-RT9200-MAB2HG

modified sign:12v/24v to amp_vcc

follow 01-RT9200-MAB2HGPAGE 8:EMMC&EEPROM

C

PAGE 9:RT2995 GPIO

PAGE 10 vb1 out:

B

A

THIS DRAWING CANNOT BE COMMUNICATED TO UNAUTHORIZED PERSONS COPIED UNLES S PERMITTED IN WRITING

(9-1)DELETE SD&SD_3V3

(10-1)add E5800 oc compatible disign

C

B

TCL

WW R&D CENTER TCL MULTIMEDIA TECHNOLOGY HOLDING LTD.

5TH FLOOR.TCL BUILDING.SOUTH NANHAI ROAD

NANSHAN DISTRICT.SHENZHEN.GUANGDONG 518067 CHINA

TEL:[phone]

NOTE:

45678

...........

PAGE: OF

123

A

FORMAT DIN A3

signal of main

1、 Can not switch on：

i

Check PW

Check reset

NO

Y

Check signal P—ON，

DIMBL—ON of main IC link

Trouble shooting

no switch on

Check 3.3V/12V/24V of power supply

Only 3.3V

to PW

N

Check the peripheral circuit

of mail IC,check solder of

main IC,check data fo NVM

and reset it

Check crystal frequence

yes

Check DC-DC

part,check

Y

Check IIC bus

ndividual signal source

2、abnormal picture ：

I

bad

Check the path with this

signal source

Abnormal picture

Check the peripheral circuit

of mail IC,updating SW,reset

NVM,replace main IC

Check crystal frequence？

All signal source bad

Check panel ID？

Check LVDS signal to main

IC？check LVDS cable?

3、 Abnormal sound：

Individual sound

signal source

Check the sound signal

link to main IC

Check the peripheral

circuit of main IC,SW

Abnormal sound

N

Check the power of

Check the mute

sound IC

function

Check all sound

source

Check sound IC

N

Y

Check wave filter and

speaker？

Y

8 7 6 5

4 3 2 1

12V to 5V

CD83

6800P

RDA1
10R

CDA4
2U2

GND

GND

12V_M

CD80

10U

RD83

1K2

GND

15
14
13
12
11
10

CD81
10U

CD84

0.01U

PGND8

PGND7
PGND6
PGND5
PGND4
PGND3
PGND2

16

CD82

0.1U

CD85

2U2

171819

IN1

UDA0

MP8606DL

PGND1

9

VCC

SW1

8

IN2

IN3

SS/TRK

BST

PGOOD

7

1
2

SS

3

REF

4
5 6

20

21

SW2

22

SW3

1

AGND

2

FREQ

Vref=0.6V

3

FB

4
5

EN

6

CDA5

0.47U

Vref=0.59V

UD80

ILIM

FB
SS

MP2905

RDA2

220K

GND

CDA6

0.1U

HG

SW

RDA9

10R

REF
GND
LG BST

GND

IN

10

CD86 0.01U

9
8
7

CD87 0.1U

RD82
6R8

RDA3

100K

RD80
4K7

RD81
6R8

RD8B

10K

RDA4

100K

CDA7

0.1U

GND

P

RD8A

LDA0

0.68UH

10K

1

S1

2

G1

3

S2

4

G2

CDA9

QD80

A04832

100P

D1A

D1B
D2A
D2B

8
7

6
5

GND

RDA6

5K1

RDA7

0R

RDA8

4K7

RD85

36K

CD89

CD88

150P

1U

LD80

6.8UH

CD8A

3900P

RD86

2R2

GND

CDAA

22U

CDAB
22U

Change RDA2 to adjust Fsw, Set Fsw=1MHZ
Fixed OCP=8.6A

CD8B

10U

RD84

9K1

CD8C

CDAC

22U

10U

GND

CDAD

22U

CD8D

10U

1V15

1V15

T

GND

5V

CD8E

0.1U

CDA15

0.1U

@max5A

1V15

@max 6A

F

5V

E

D

STD3.82 MAIN POWER CON:14PIN/12V

DIM_DC

BL_ON

POWER_ON

3DEN

12V

DIM_PWM

3V3SB_1

DC-DC

F

GND

16V

GND

GND

C102

470U

0.1UC107

T

12V_2

T

T T T

T

12V-1

(9)

3D_CTRL

A_DIM

(5)

POWER_ON_OUT

(5)

BL_ON_OUT

(5)

3V3SB

R104 2K2

GND

E

R103

10K

GND

GND

R102 10K

R109

10K

R101 220R

220RR105
220RR106

220RR107

GND

0.01UC104

C101

1000P

GND

0.01UC105

POWER_ON

BL_ON

C106

1000P

P101

4
6

GND

8
10
12
14

3D_EN

12V

12V 12V
GND
DIM_DC

POWER_ON

BL_ON

12V

12
3
5
7
9
11
13

12V
12V

GND

3.3VSB
GND

DIM_PWM

C103

0.01U

T

GND

T

0.01UC108

L103

120R

L101

220RR108

220RL102

220R

3V3SB

GND

R110

10K

AMP_VCC

12V_M

3V3SB

DIM_OUT

(10)

(5)

(7)

POWER_ON

R138 10K

5V to 1.15V

DC-DC

C137

1000P

SS

CDA3

0.1U

QD82

2N7002K

REF

RD89 10K

C

B

QD81

E

BT3904

GND

(VIN=2.9V-6.5V)

5V

CDA2

CDA1

10U

10U

GND

STANDBY VOLTAGE CONVERT NC

100K

RDG1

(Vin=4.5V-17V)

12V

CDG110U

CDG2 0.1U

D

GND

UDG1 TPS560200

VIN

4

VSENSE

5

Vref=0.8V

RDG2

15K

Fsw=600KHz

PH

GND

EN

3

2

1

GND

RDG536K

LDG1

10UH

0.1UCDG7

NC

CDG6 33P

RDG4 47K

CDG3 10U

3V3SB

10UCDG4

GND

CDG5 0.1U

@max0.5A

GND

8
7
6
5

VIN

3

VIN

3

GND

4

4

OUT

2

GND

4

4

OUT

2

GND/ADJ

1

GND/ADJ

1

LD60

2.2UH

CD61

22P

RD61

150K

3V3

T

C122

10U

2V5

Need 100mA

C119

10U

3V3

Need 400mA

DDR_1V5

CD62

22U

CD63

22U

2V5

T

CD64

0.1U

C

B

DDR_1V5

@max3A

GND

3V3SB_2

IR&KEY

P102

3V3SB

1

IR

P103

2
3

GND

LED

4
5

KEY

K_GND

T

1

2

GND

C

B

LED

T

R118

4K7

KEY

T

KEY

PESD5V0S1BL

12

D101

NC

GND GND

C111

0.1U

GNDGND

F105

T

IR

0.1UC115

GND

R119

22K

T

R116 470R

R115

C113

470P

GND GNDGND

GND

F102

C116

0.1U

1K

10KR111

3V3SBLEDIR

F103

F104

IR_IN

LED_OUT

KEY_IN

(5)

(5)

(5)

GND

5V to 2.5V
LDO

5V to DDR_1V5

DC-DC

1V15

5V

1V15

5V

R125

33K

R127

4K7

C128

1U

Q101

PMV65XP

S

C

B

GND

(Vin=2.7V-6V)

CD59

CD60 0.1U

10U

D

G

Q102

BT3904

E

3V3

Vref=0.6V

GND

U101

AS1117-2.5

C118

10U

C121

10U

UD60

1

FB

2

PG

3

IN

4

PGND

(0.85MHz<Fosc<1.15MHz)

C117

0.1U

U102

AS1117-3.3

RD60
100K

AN_SY8034

SGND

EN

LX

NC

C120

0.1U

A

THIS DRAWING CANNOT BE COMMUNICATED TO UNAUTHORIZED PERSONS COPIED UNLES S PERMITTED IN WRITING

RD63
8K2

...

...

...

...

Index-Lab

Last saved :

5

DD-MM

DD-MM

DD-MM

DD-MM

DATE

...
...
...
...

...

...

...

...

DESCRIPTION Last modifNAME

4-14-2009_15:28

4678

RD62
91K

...

...

...

...

SBU :

TCLNO:

.............

DESIGNATION

...........

GNDGND

TCL

ADDRESS1
ADDRESS2
ADDRESS3

TELEPHONE

DRAWN

ON:
BY:

CHECKED

DD-MM-YY

ON:
BY:

......

PAGE:

OF :

A

3 2 1

FORMAT DIN A2

12 11 10 9 8 7 6 5 4 3 2 1

H

H

TDA18275(CAN)+ATBM7811_T2

4

4

VIN

3

CT42

OUT

2

GND/ADJ

1

GND

GNDGND GND

TU_3V3

CT43
10U0.1U

TUNER_FAT+
TUNER_FAT-

UT2

AS1117-3.3

5V

CT41

G

10U

The impedance Zi between FAT+ & FAT- should be >=1K,
The total capacitance should be <=40PF

Close to SOC U500

CT26

22P

CT27

22P

RT19 100R
RT18 100R

CT36 0.1U

CT35

0.1U

TU_IF+_IN

TU_IF-_IN

(9)

(9)

Standard Circuit V3.5

G

GND

RT10

4K7

3V3

Close to SOC

NOTE: All the test points should be out of TUN2.

TU_3V3

TU_3V3

CT29 22P

CT28 22P

TU_IFAGC

T

Close to Tuner

R206 100R
R205 100R

1KRT14

TU_FAT+

TU_FAT-

1

GND1

TU_3V3

2

VCC

TU_SCL

F

SCL

SDA

GND2

NC
IF_P
IF_N

IF_AGC

3

TU_SDA

4

GND

5
6
7
8

TU_IFAGC

9

GND

GND

T

T

T

CT30 10U

CT32

CT38 22P

CT37 22P

TU_SDA

TU_SCL

T

T

GND

Or connect to the nearest 3V3

RT11
4K7

TU_SCL_OUT
TU_SDA_OUT

3V3

CONNECT TO 3V3 OF SOC

(9)
(9)

5V

UX2

AS1117-3.3

CX8
10U

4

4

GND/ADJ

OUT

VIN

3

2

1

CX9

0.1U

GNDGND GND

GND

CX1

10U

3V3_DEMO

T

F

3V3_DEMO

>200mA

Decided by SOC

NC/

TUN2

GND

GND

6800P

NC/

IF_AGC_T2

GNDGND

GNDGND

Close to SOC

RT12

1K

CT22

0.1U

RT13
NC/

10K

TU_IFAGC_OUT

(9)

RT8096A,1Amax,2014-11-05

E

D

GND

X24M

24M

3V3_DEMO

5V

(Vin=2.5V-6V)

CDJ2

CDJ1

0.1U

10U

GND

GND

Vref=0.6V

RDJ2 27K

RDJ3 91K

RDJ1

100K

UDJ1
RT8096A

VIN

4

FB

5

LX

GND

EN

3

2

1

GND

LDJ1

2.2UH

CDJ6

22P

RDJ4

100K

1V1_DEMO

T

CDJ4

22U

CDJ5

0.1U

1V1

max1A

GND

E

D

Read Add:0X81H

Write Add:0X80H

3V3_DEMO

CM21

GND

CM20

CM23

CM22

2U210U

0.1U

0.1U

CM24 CM25

0.1U

C

1V1

GND

IF_AGC_T2

CM13

22U

CM14

10U

CM2

0.1U

CM15

RM4

1K

2U2

CM16

0.1U

Close demod

CM17

0.1U

CM3

0.1U

RM5

10K

B

GND

GND

3V3_DEMO

0.1U

CM18 CM19

0.1U

0.1U

1V1

D_IF_AGC

TUNER_FAT-

TUNER_FAT+

3V3_DEMO

CM31

CM33

0.1U

0.1U

1V1

LM1
120R

CM8
2U2

GND

GND

LM2
120R

CM4

0.01U

CM32

NC/

47P

GND

TU_SDA
TU_SCL

CM61UCM9

2U2

GND

CM34

NC/

47P

RM23 100R
RM24 100R

3V3_DEMO

1V1
D_IF_AGC

RM1

4K7

NC/

NC/

3V3_DEMO

GND

RM2

4K7

37
38
39
40
41
42
43
44
45
46
47
48

CM30

15P

NC3
NC4
NC5
NC6
RSSI
CLK_IO
TIFP
TIFN
VDD33D
CVDD5
GPO2
GPO3

GND

36

35

32

AVDD33

GND1

34

CAVDD

33

ADDR

30

31

XTALO

XTALI

29

NC2

NC1

UM3

ATBM7811

SDAM

SCLM

CVDD1

GPO5

GPO4

VDD33A

STATUS

123456789

3V3_DEMO

TSSYNC

1V1

RM6

2K7

GND

GND

3V3_DEMO

28

261127

GP01

VDD33C

TSSYNC

TSVLD

TSCLK

10

TSVLD

TSCLK

CM29
15P

1V1

25

GND

CVDD4

TEST_MODE

SDAS

SCLS
CVDD3
RESET
CVDD2

VDD33B

TS7
TS6
TS5
TS4
TS3
TS2

TS0

TS1

12

D_TSDATA0

24
23
22
21
20
19
18
17
16
15
14
13

1V1

3V3_DEMO

FROM T2 DEMO

D_TSDATA0

TSCLK

TSVLD

TSSYNC

0R

RM21

NC/

RM18

0R

RM10

22R

RM7

22R

RM8
22R

RM9
22R

1V1

GND

CM11

10P

GND

CM35
10P

GNDGND

/NC

RM3

47K

CM7

1U

CM10

10P

T2_RST

RM20 100R

RM19 100R

CM26

/NC

10P

TU_SDA_OUT
TU_SCL_OUT

RM11

22R

CM27

/NC

10P

CM28
10P

/NC

(9)
(9)

CM36

/NC

TO RT2995 TS

T2_D0

T2_CLK

T2_VALID

T2_SYNC

10P

T2_D0

T2_CLK

T2_VALID

T2_SYNC

C

(9)

(9)

(9)

(9)

A

THIS DRAWING CANNOT BE COMMUNICATED TO UNAUTHORIZED PERSONS COPIED UNLES S PERMITTED IN WRITING

...

...

...
...

Index-Lab

Last saved :

DD-MM
DD-MM

DD-MM
DD-MM

GND

...
...

...

...

...

...

SBU :
TCLNO:

TCL

ADDRESS1

...

...

...

.............

ADDRESS2

A

ADDRESS3

...

...

NAME Last modifDESCRIPTIONDATE

11-23-2010_14:02

...

DESIGNATION

...........

TELEPHONE

DRAWN

ON:
BY:

CHECKED

DD-MM-YY

ON:
BY:

......

PAGE:
OF :

123456789101112

FORMAT DIN A1

8 7 6 5

AV1_V

AV1-R

AV1_L

4 3 2 1

USB_5V

1

DN2

2

DP2

3
4

5
6

GND

WIFI_5V
W_DN
W_DP

T

SOFT_SW

WIFI_GND

N_TX1P
N_TX1N
N_RX1P

TTT T T T

N_TXC

N_RX1N

N_RXC

USB3_5V

USB3_D+

USB3_D-

T

T T

GND

GND

R347

2R2

R348

2R2

R349 100R

NET_RXC

NET_TXC

TXP
TXN

USB3_D-

USB3_D+
U3_RXP_
U3_RXN_

T

USB3_GND

USB_5V

DN2
DP2

WIFI_ON

C341 0.1U

DN2

T

GND

5V
USB1_D-_IN

USB1_D+_IN

(5)

RE0
75R

RE1

75R

CE0

1000P

GND

0.1UC340

R339 0R
R340 0R
R343 0R
R344

0R

DP2

T

(5)

RE2
75R

RE3

75R

R355 2R2
R358 2R2

F324

F326

5V

NET_RX1P

NET_RX1N

NET_TX1P

NET_TX1N

U3_TXP
U3_TXN

USB3_D-_IN
USB3_D+_IN
U3_RXP

U3_RXN

USB_GND

USB0_5V

T T

USB0_D-_IN

USB0_D+_IN

C380

F380

0.1U

C385

10U

GND

16
15
14
13

TS8121CLF

12
11
10

9 8

(5)

(5)

(5)
(5)

(5)
(5)

(5)
(5)

5

R372

10K

4 3

TE0

TXP

TXN

GND

U3_RXP_

U3_RXN_

USB3_D+

USB3_D-

DN2

DP2

U301

VIN

EN/EN# NC

VOUT

GND

RT9711A

1
2
3
4
5
6
7

CLOSE TO TE0

U301

1
2
3
4
5 6

PESD5V0S1BL

PESD5V0S1BL

PESD5V0S1BL

PESD5V0S1BL

1

2

10

GND

0.1UCE1

0.1UCE2

ESD

D308

21

D309

21

D310

21

D311

21

USB_5V

C382

470U

16V

NC/

9
8
7

GND

UE1

13-ESD5V5-O4B0P5

10
9
8
7

U3_RXP_
U3_RXN_

GND

GND

GND

GND

GND

ESD

1
2
3
4
56

GND

C383

10U

TXP

TXN

T

USB_5V

GND

TXN

TXP

F313

5 6
4
3
2
1

USB3_D-

F315

F314

UE2
13-ESD3V3-6PB

F316

USB3_D+

U3_RXP_

F317

GNDGND GNDGNDGND

7
8
9
10

U3_RXN_

F318

GND

RE4

RE5

RE6

RE7

2R2

2R2

2R2

2R2

RX1P

RX1N

TX1P

TX1N

F

E

D

C

Must be differential 100ohm

B

AV1-IN

P301

6

YELLOW

F

WHITE

RED

5

4

3

2

1

SPDIF_OUT

P302

2

BLACK

E

AV OUT

P303

RED

P304

D

C

WHITE

1

2

1
2

1

GND

Z?

AV1_L_OUT

AV1_V

AV1_L

AV1_R

GND11

T

GND

AVOUT1_R

AVOUT1_L

5V

Q301

BT3904

T T

GND

NC/

PESD5V0S1BL

D307

21

T

GND

12V

C312
150P

C

B

E

R317
7K5

T

F303

SPDIF

T

SPDIF

F312

NC/

PESD5V0S1BL

D303

12

R308

470R

/NC

R323

100R

R313
6K8

GND

PESD5V0S1BL

12

GND

F302

GND

R351 120R

AVOUT1_R

NC/

PESD5V0S1BL

F304

12

R309

1K

R311
22K

C314

1500P

NC/
D306

AVOUT1_L

TT

D304

F301

C305
560P

F305

R314
15K

R301

R302

75R

R304 6K8

R305 6K8

C306

C351 33P

R306

10K

560P

R307

10K

R350

220R

Cloce to IC

10K

R319

AVOUT_V

R320

10K

C309

0.1U

T

C310

0.1U

R325 75R

R321

1K

R322

1K C308 2U2

This joint must be in the middle

of the L/R amplifier circuits on PCB

C311

100U

16V

GND

Q302

BT3904

R310

1K

AV1_R_OUT

C313
150P

C

E

R318

7K5

R315

B

6K8

GND

33R

33RR303

R312

22K

C315
1500P

C350

0.1U

NC

C307 2U2

R316

15K

C301 0.022U

C302 0.022U

1U

C303

C304 1U

SPDIF_OUT

AVOUT1_V_OUT

AV1_R_OUT

AV1_L_OUT

AVOUT1_R_OUT

AVOUT1_L_OUT

(9)

(5)

(5)

(5)

(5)

(5)

AV1_V_IN

AV1_V_IN-

AV1_L_IN

AV1_R_IN

(5)

(5)

(5)

(5)

USB3.0-IN

P306

MNT-HOLE1

MNT-HOLE2

USB2.0-IN

P308

DNEG-1

DPOS-1

MNT-HOLE1

MNT-HOLE2

P309

WEB-RJ45

P310

1
2
3
4
5
6
7
8

VCC-1

GND-1

C335

0.1U

1
2
3
4
5

GND

NET_TX1P
NET_TX1N

NET_RX1P

NET_TXC

NET_RX1N

NET_RXC

USB_5V

9
1
8
2
7
3
6
4
5

10
11

T
T

T

C334

0.1U

T

B

A

THIS DRAWING CANNOT BE COMMUNICATED TO UNAUTHORIZED PERSONS COPIED UNLES S PERMITTED IN WRITING

...

...

...

...

Index-Lab

Last saved :

5

DD-MM

DD-MM

DD-MM

DD-MM

DATE

...
...
...
...

...

...

...

...

DESCRIPTION Last modifNAME

4-14-2009_15:28

4678

...

...

...

...

SBU :

TCLNO:

.............

DESIGNATION

...........

ADDRESS1
ADDRESS2
ADDRESS3

TELEPHONE

DRAWN

ON:
BY:

TCL

CHECKED

DD-MM-YY

ON:
BY:

......

A

PAGE:

OF :

3 2 1

FORMAT DIN A2

GND

HDMI 2

HPD

GND5

DDCDA

DDCCLK

NC1

GND4

RX0-

RX0+

GND2

RX2-

GND1

RX2+

VCC

NC2

RXC-

RXC+

GND3

RX1-

RX1+

P401

AZ5013-01F

NC

D411

H1_HPD

19
18
17
16
15
14
13
12
11
10

9
8
7
6
5
4
3
2
1

GND

GND

H1_5V

H1_SDA

H1_SCL
H1_ARC
H_CEC

H1_RXC-_IN

H1_RXC+_IN

H1_RX0-_IN

H1_RX0+_IN

H1_RX1-_IN

H1_RX1+_IN

H1_RX2-_IN

H1_RX2+_IN

F401

F402

F404

F403

H1_HPD

Q401

BT3904

F405

H1_5V

GND

AZ5013-01F

D412

NC

HDMI1_DET

R478

10K

R404
100R

100R
R405

F423

GND

R409

1K

C

B

E

D402

LL4148NC/

NC/
R407

27K

R408

100R

NC

GND

R411

R402

4K7

(5)

R479

15K

NC/

C434 0.1U

H1_SDA_OUT

H1_SCL_IN

H1_5V

R403

4K7

4K7

H1_SCLH1_SDA

R410

10K

3V3SB

H_CECHDMI_CEC

(5)

GND

(5)

(5)

H1_HPD_OUT

(5)

H1_ARC_OUT

HDMI 1

HPD

VCC

GND5

DDCDA

DDCCLK

NC2

NC1

RXC-

GND4

RXC+

RX0-

GND3

RX0+

RX1-

GND2

RX1+

RX2-

GND1

RX2+

P400

R468 560R

AZ5013-01F

NC

D416

19
18
17
16
15
14
13
12
11
10

9
8
7
6
5
4
3
2
1

NC/

R471

NC/

1K

GND

H0_HPD

H0_5V

H0_SDA
H0_SCL

H_CEC

H0_RXC-_IN

H0_RXC+_IN

H0_RX0-_IN

H0_RX0+_IN

H0_RX1-_IN

H0_RX1+_IN
H0_RX2-_IN

H0_RX2+_IN

GND

R469

NC/

10K

NC/

C424 0.01U

R470

NC/

39K

F425

5V

F426

F428

F427

H0_HPD

Q407

BT3904

H1_ARC

F429

H0_5V

GND

D413

AZ5013-01F

NC

R493

10K

R489

100R
100R

R495

R498

1K

C

B

E

GND

HDMI0_DET

C435 0.1U

H0_SCL_IN

H0_5V

R492

H0_SDA

R499

4K7

(5)

R494

15K

NC/

H0_SDA_OUT

(5)

R488

4K7

4K7

H0_SCL

R401

10K

GND

(5)

H0_HPD_OUT

FOR VBUS PROTETION

DDCCLK

(5)

HDMI 3

HPD

GND5

NC1

GND4

RX0-

RX0+

GND2

RX2-

RX2+

VCC

DDCDA

NC2

RXC-

RXC+

GND3

RX1-

RX1+

GND1

P402

D414

F410

AZ5013-01F

GND

NC

NC/

6V8

D410

C430

10U

F406

F422

F408

F409

H2_HPD_CBUS

19

VBUS

18
17
16
15
14
13
12
11
10

9
8
7
6
5
4
3
2
1

H2_RXC-_IN

H2_RXC+_IN

H2_RX0-_IN

H2_RX0+_IN

H2_RX1-_IN

H2_RX1+_IN

H2_RX2-_IN
MHL_IN

H2_RX2+_IN

GND

H2_SDA

H2_SCL

H_CEC

C431

0.047U

MHL IN

High:with MHL cable
Low:without MHL cable

R412

100R
100R

R413

R452

300K

R451
4K7

GND

CBUS & HPD pin share

HDMI:HPD

MHL:CBUS

H2_SDA_OUT

H2_SCL_OUT

MHL_SENSE

C432

0.01U

GND

(5)

(5)

MHL_IN

R480 4K7

5V

C419 1000P

10UC418

GND

GND

H2_SDA_OUT

H2_SCL_OUT

U401

OUTIN

GND

4 3

EN/EN# OC

G524

5V

R418 10K

R417 4K7

C402

33P
NC/

C403

33P

NC/

GND

15

10U

C426

C421

0.1U

2

VBUS

GND

VBUS

R420

4K7

Q404

BT3906

E

B

C

R423

910R

H2_HPD_IN

R487

C404

NC/

100R

0.1U

H2_HPD_CBUS

GND

VBUS

R419

4K7

Q405

BT3904

GND

MHL CABLE IN

HDMI CABLE IN

R483

HDMI2_DET

(5)

10K

R484

15K

GND

R421

NC/

4K7

C

E

R422

B

4K7

HDMI_MHL_SEL

(5)

MHL_IN HDMI2_DET

H

L

L&H

H

H0_RXC-_IN
H0_RXC+_IN

GND

H0_RX0-_IN

H0_RX0+_IN

H1_RXC-_IN

H1_RXC+_IN

GND

H1_RX0-_IN
H1_RX0+_IN

U406

ESD
1
2
3
4
5 6

U402 ESD

1
2
3
4
5 6

10

H0_RXC-_IN

9

H0_RXC+_IN

8
7

H0_RX0-_IN

H0_RX0+_IN

10

H1_RXC-_IN

9

H1_RXC+_IN

8
7

H1_RX0-_IN

H1_RX0+_IN

GND

GND

H0_RX1-_IN

H0_RX1+_IN

GND

H0_RX2-_IN

H0_RX2+_IN

H1_RX1-_IN

H1_RX1+_IN

GND

H1_RX2-_IN

H1_RX2+_IN

U407 ESD

1
2
3
4
5 6

U403

ESD
1
2
3
4
5 6

10

H0_RX1-_IN

9

H0_RX1+_IN

8
7

H0_RX2-_IN

H0_RX2+_IN

10

H1_RX1-_IN

9

H1_RX1+_IN

8
7

H1_RX2-_IN

H1_RX2+_IN

GND

GND

GNDGND

H0_SCL

H0_SDA

H0_HPD

H1_SCL

H1_SDA

H1_HPD

H1_ARC

D432

PESD5V0S1BL

D433

PESD5V0S1BL

D434

PESD5V0S1BL

D436

PESD5V0S1BL

D437

PESD5V0S1BL

D439

PESD5V0S1BL

D420

PESD5V0S1BL

U404

H2_RXC-_IN H2_RXC-_IN

21

21

21

H2_RXC+_IN

H2_RX0-_IN

H2_RX0+_IN

1
2

GND

3
4
5 6

ESD

10
9

H2_RXC+_IN

8
7

H2_RX0-_IN

H2_RX0+_IN

GND

H2_RX1-_IN

H2_RX1+_IN

GND

H2_RX2-_IN

H2_RX2+_IN

U405

ESD
1
2
3
4
5 6

10

H2_RX1-_IN

9

H2_RX1+_IN

8
7

H2_RX2-_IN

H2_RX2+_IN

GND

H2_SCL

H2_SDA

H2_HPD_CBUS

D441

PESD5V0S1BL

D442

PESD5V0S1BL

D443

PESD5V0S1BL

21

21

21

GND

GND

HDMI ESD Protection

21

21

21

21

GND

(5)

VGA_VS_IN

(5)

VGA_HS_IN

VGA_SCL_IN

(5)

(5)

(5)

(5)

UART_RX

10P

C406
10P

C405

GND

VGA_SDA_OUT

UART_TX

R425

R431

100RR424

100R

100RR426

100RR427

R428

2.2K

100RR430

100R

VGA_VCC

GND

R429

2.2K

F431

V_SDA

T

V_R

T

GND

V_G

F411

T

F412

VGA_VCC

V_B V_RX

T

T

F413

T

V_HS

V_TX

F414

V_VS

F417

T

T

F415

V_SCL

TT

F416

GND

VGA_SCL

RX

VSIN

VGA_BIN

HSIN

GND

VGA_GIN

VGA_SDA

VGA_RIN

TX/SDA

GNDGND

GND

GND

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

T

VGA_GND

VGA

P403

VGA_SCL

PESD5V0S1BL

D444

21

GND

VGA_SDA

F420

GNDGND

VGA_SDA

PESD5V0S1BL

D445

21

GND

VGA_SCL

F421

RX

PESD5V0S1BL

D446

21

GND

TX/SDA

PESD5V0S1BL

D447

21

GNDGND

VGA_VCC

R486 10K

R485 10K

VGA_SDA

HSIN

VSIN

PESD5V0S1BL

D448

21

21

GND

VGA_SCL

PESD5V0S1BL

D449

close to VGA connector

VGA_BIN

R433

75R

GND GND GND

VGA_GIN

R437

75R

VGA_RIN

R441

75R

R434

0R

R438

0R

R442

0R

close to U500

R432

100R

C408

5P6

R435

100R

R436

100R

C411

R439

100R

R440

100R

R443

100R

5P6

C414

5P6

C407 0.047U

C409 0.047U

C410 0.047U

C412 0.047U

C413 0.047U

C415 0.047U

VGA_BLU_IN

VGA_BLU_IN-

VGA_GRN_IN

VGA_GRN_IN-

VGA_RED_IN

VGA_RED_IN-

(5)

(5)

(5)

(5)

(5)

(5)

12 11 10 9 8 7 6 5 4 3 2 1

H

H

G

F

E

D

C5420.1U

C5190.1U

BB1_AGND

BB1_AGND

C514 10U

GND

C530

0.1U

(2)

TU_IF+_IN

(2)

U3_TXN

(3)

U3_TXP

(3)

U3_RXN

(3)

U3_RXP

(3)

C515 0.1U

L508 120R

C535 10U

L528 0R

C532 10U

L510 120R

L531 120R
L512 120R

C549

0.1U

C524

0.1U

L521 120R

L522 120R

L526 120R

C541

10U

GND

TU_IF-_IN

120RL505

120RL507

0.1UC516

0.1UC548

0.1UC518
120RL511

0.1UC520

C521 0.1U

L514 120R

C522 C523

0.1U

0.1UC528

0.1UC529

C531

0.1U

L525 120R

U500

AL6

AK8
AL8

AL10
AK10

GND

GND

GND GND

GND

GND

GND

0.1U

GND

GND

PLL_AGND

C545

10U

GND

IF_P

U3TX_ON
U3TX_OP

U3RX_IN
U3RX_IP

1V15

1V15

1V15

1V15

2V5

2V5

3V3

3V3SB

GND

1V15

3V3

C533

10U

3V3

GND

AIF_DIF_ADC

USB 3.0 TX

USB 3.0 RX

120RL515

3V3

GND

3V3SB

U2_DM_P0IF_N

U2_DP_P0

U2_DM_P1

U2_DP_P1

U2_DM_P2

USB 2.0

U2_DP_P2

U2_DM_P3

U2_DP_P3

XTAL I/O PLL

CORE_POWER requestiment:

(1) Trace width: 120mil

(2) Copper : 1oz

(3) Trace length < 500mil

DDR Power (DC_1V5) requestiment:
(1) Trace width: 35mil

(2) Copper : 1oz

(3) Trace length < 500mil

XIN

XOUT

AM11AL5
AK11

AL11
AK12

AL12
AK13

AL13
AM13

AM7
AK7

USB3_D-_IN

USB3_D+_IN

USB0_D-_IN

USB0_D+_IN

USB2_D-_IN

USB2_D+_IN

USB1_D-_IN

USB1_D+_IN

R502

0R

R503

300R

(10)
(10)

(3)
(3)

(3)
(3)

(3)
(3)

XI
XO

(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)

(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)

TX0P_1
TX0N_1
TX1P_1
TX1N_1
TX2P_1
TX2N_1
TX3P_1
TX3N_1

TXE1+_1

TXE1-_1

TXE0+_1

TXE0-_1

TX4P_1
TX4N_1
TX5P_1
TX5N_1
TX6P_1
TX6N_1

TXO2+_1

TXO2-_1

TX7P_1
TX7N_1

TXO0+_1

TXO0-_1

H0_RXC-_IN

(4)

H0_RXC+_IN

(4)

H0_RX0-_IN

(4)

H0_RX0+_IN

(4)

H0_RX1-_IN

(4)

H0_RX1+_IN

(4)

H0_RX2-_IN

(4)

H0_RX2+_IN

(4)

H1_RXC-_IN

(4)

H1_RXC+_IN

(4)

H1_RX0-_IN

(4)

H1_RX0+_IN

(4)

H1_RX1-_IN

(4)

H1_RX1+_IN

(4)

H1_RX2-_IN

(4)

H1_RX2+_IN

(4)

AM22
AM23

AM25

AM26

AM28
AM29
AM30

U500

H3
H1
H2

J3

J2
K3
K2
K1

L3

L1

L2

M3
M2

N3
N2
N1

AL21

AK22

AL22

AK23

AL23

AK24

AL24

AK25

AL25

AK26

AL26

AK27

AL27

AK28

AL28

AK29

AL29

U500

LVDS_A_FP
LVDS_A_FN
LVDS_A_EP
LVDS_A_EN
LVDS_A_DP
LVDS_A_DN
LVDS_A_CP
LVDS_A_CN
LVDS_A_BP
LVDS_A_BN
LVDS_A_AP
LVDS_A_AN

LVDS_B_FP
LVDS_B_FN
LVDS_B_EP
LVDS_B_EN
LVDS_B_DP
LVDS_B_DN
LVDS_B_CP
LVDS_B_CN
LVDS_B_BP
LVDS_B_BN
LVDS_B_AP
LVDS_B_AN

HDMI_CLK_0N
HDMI_CLK_0P
HDMI_B_0N
HDMI_B_0P
HDMI_G_0N
HDMI_G_0P
HDMI_R_0N
HDMI_R_0P

HDMI_CLK_1N
HDMI_CLK_1P
HDMI_B_1N
HDMI_B_1P
HDMI_G_1N
HDMI_G_1P
HDMI_R_1N
HDMI_R_1P

RTD2992

LVDS Port A

RTD2992

Y100

LVDS_C_FP
LVDS_C_FN
LVDS_C_EP
LVDS_C_EN

LVDS Port C

LVDS_C_DP
LVDS_C_DN
LVDS_C_CP
LVDS_C_CN
LVDS_C_BP
LVDS_C_BN
LVDS_C_AP
LVDS_C_AN

LVDS_D_FP
LVDS_D_FN
LVDS_D_EP
LVDS_D_EN

LVDS Port DLVDS Port B

LVDS_D_DP
LVDS_D_DN
LVDS_D_CP
LVDS_D_CN
LVDS_D_BP
LVDS_D_BN
LVDS_D_AP
LVDS_D_AN

CBUS

HDMI_CLK_2N
HDMI_CLK_2P

HDMI_B_2N
HDMI_B_2P
HDMI_G_2N
HDMI_G_2P
HDMI_R_2N
HDMI_R_2P

G4

P3
P1
P2
R3
R2
T3
T2
T1

AL30
AM31
AL31
AM32
AK30
AL32
AK31
AK32
AJ31
AJ32
AJ30
AH32

AH31
AH30
AG31
AG30
AF31
AF32
AF30
AE32
AE31
AE30
AD31
AD30

H2_HPD_IN

H2_RXC-_IN

H2_RXC+_IN

H2_RX0-_IN
H2_RX0+_IN
H2_RX1-_IN
H2_RX1+_IN
H2_RX2-_IN
H2_RX2+_IN

TX8P_2
TX8N_2

TX9P_2

TX9N_2
TX10P_2
TX10N_2
TX11P_2
TX11N_2

TX12P_2
TX12N_2
TX13P_2
TX13N_2
TX14P_2
TX14N_2
TX15P_2
TX15N_2

(4)

(4)
(4)
(4)
(4)
(4)
(4)
(4)
(4)

(10)
(10)

(10)
(10)
(10)
(10)
(10)
(10)
(10)

(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)
(10)

A15
A17
A24
A26
A31

B14
B16
B18
B23
B25
B27
B32
C11
C12
C13
C20
C21
C22
C29

D25
D26
D27
D28
D29
D30

E25
E26
E27
E28

G10
G11
G12
G13
G14
G15
G16
G17
G18
G19
G20
G21
G22
G25
G26
G27
G32

H10
H14
H15
H16
H17
H25
H26
H27
H31

RTD2992

F10
F14
F15
F16
F17
F18
F19
F20
F21
F22
F23
F26
F27
F28
F31

B9

D4
D5
D6

E4
E5
E6
E7

G6
G7
G8
G9

H7
H8
H9

F5
F6
F7
F8

U500

DGND288
DGND287
DGND286
DGND285
DGND284
DGND283
DGND282
DGND281
DGND280
DGND279
DGND278
DGND277
DGND276
DGND275
DGND274
DGND273
DGND272
DGND271
DGND270
DGND269
DGND268
DGND267
DGND266
DGND265
DGND264
DGND263
DGND262
DGND261
DGND260
DGND259
DGND258
DGND257
DGND256
DGND255
DGND254
DGND253
DGND252
DGND251
DGND250
DGND
DGND1
DGND2
DGND3
DGND4
DGND5
DGND6
DGND7
DGND8
DGND9
DGND10
DGND11
DGND12
DGND13
DGND14
DGND290
DGND311
DGND15
DGND16
DGND17
DGND18
DGND19
DGND20
DGND21
DGND22
DGND291
DGND23
DGND24
DGND25
DGND26
DGND27
DGND28
DGND29
DGND30
DGND31
DGND293
DGND312
DGND313
DGND32
DGND33
DGND34
DGND35
DGND36
DGND37
DGND38
DGND39
DGND40
DGND41
DGND42
DGND292

AJ29

AJ28

AJ5

DGND247

DGND248

DGND43

DGND44

J7J8J9

AJ4

AH29

AH28

DGND244

DGND245

DGND249

DGND45

DGND46

DGND47

J10

J11

J12

AH27

AH6

AH5

DGND239

DGND240

DGND246

DGND48

DGND49

DGND314

J13

J14

J15

AG7

AH4

AG29

DGND241

DGND242

DGND243

DGND50

DGND51

DGND315

J16

J17

J25

AG6

AG5

AG4

DGND233

DGND234

DGND235

DGND52

DGND53

DGND54

J26

J27

J32

AF29

AF21

AF20

DGND236

DGND237

DGND238

DGND55

DGND56

DGND294

K8

K9

K10

AE28

AE29

AE18

DGND230

DGND289

DGND333

DGND57

DGND58

DGND59

K11

K15

K16

AD28

AD27

AE17

DGND231

DGND310

DGND340

DGND60

DGND61

DGND62

K17

K25

K26

AD22

AD21

AD20

DGND216

DGND217

DGND232

DGND63

DGND64

DGND295

L10

L11

K31

AD19

AD18

AD17

DGND218

DGND219

DGND220

DGND65

DGND66

DGND67

L12

L13

L14

AD15

AD14

AD11

DGND221

DGND222

DGND223

DGND68

DGND69

DGND70

L15

L16

L17

AD10

AD9

AD8

DGND224

DGND225

DGND226

DGND71

DGND72

DGND73

L18

L19

L20

AC27

AC19

AC26

DGND227

DGND228

DGND332

DGND74

DGND75

DGND76

L21

L22

L25

AC18

AC15

AC14

DGND203

DGND204

DGND229

DGND77

DGND78

DGND79

L26

L27

L30

AC13

AC12

AC11

DGND205

DGND206

DGND331

DGND80

DGND81

DGND296

M13

M14

M15

AC10

AC9

AC8

DGND207

DGND208

DGND330

DGND82

DGND83

DGND84

M16

M17

M18

AB25

AB27

AB26

DGND209

DGND214

DGND215

DGND85

DGND86

DGND87

M19

M20

M21

AB18

AB15

AB19

DGND193

DGND194

DGND329

DGND88

DGND89

DGND90

M22

M25

M26

AB13

AB12

AB11

DGND195

DGND196

DGND197

DGND91

DGND92

DGND297

N11

M27

M30

AB10

AB8

AB9

DGND198

DGND199

DGND339

DGND93

DGND94

DGND95

N12

N13

N14

AA30

AA27

AA26

DGND200

DGND201

DGND202

DGND96

DGND97

DGND98

N15

N16

N17

AA25

AA24

AA19

DGND185

DGND213

DGND327

DGND99

DGND100

DGND101

N18

N19

N20

AA16

AA15

AA18

DGND186

DGND326

DGND328

DGND102

DGND103

DGND104

N21

N22

N25

AA13

AA11

AA12

DGND187

DGND188

DGND338

DGND105

DGND106

DGND298

N26

N27

N30

AA9

AA8

AA10

DGND189

DGND190

DGND325

DGND114

DGND299

DGND334

P18

P17

P13

DGND324

DGND111

DGND112

DGND113

P21

P20

P19

DGND108

DGND109

DGND110

P26

P25

P22

DGND191
DGND192
DGND309
DGND156
DGND323
DGND337
DGND157
DGND158
DGND159
DGND160
DGND161
DGND211
DGND212
DGND162
DGND163
DGND164
DGND336
DGND165
DGND166
DGND322
DGND321
DGND167
DGND168
DGND169
DGND170
DGND171
DGND172
DGND173
DGND335
DGND174
DGND210
DGND175
DGND308
DGND307
DGND306
DGND305
DGND304
DGND303
DGND302
DGND301
DGND176
DGND177
DGND178
DGND179
DGND180
DGND181
DGND318
DGND319
DGND320
DGND182
DGND183
DGND184
DGND142
DGND143
DGND144
DGND145
DGND146
DGND147
DGND148
DGND149
DGND150
DGND151
DGND152
DGND153
DGND317
DGND316
DGND154
DGND155
DGND129
DGND130
DGND131
DGND132
DGND133
DGND134
DGND135
DGND136
DGND137
DGND138
DGND139
DGND140
DGND141
DGND115
DGND116
DGND117
DGND118
DGND119
DGND120
DGND121
DGND122
DGND123
DGND124
DGND125
DGND126
DGND127
DGND128

DGND107

DGND300

P27

Y30
Y27
Y26
Y25
Y24
Y19
Y16
Y15
Y14
Y13
Y12
Y11
Y10
Y9
Y8
W31
W27
W26
W25
W24
W23
W22
W18
W17
W16
W15
W14
W13
W12
W11
W10
W8
V32
V27
V26
V25
V24
V23
V22
V21
V17
V16
V15
V14
V13
V11
V10
V9
V8
U31
U27
U26
U25
U24
U23
U22
U21
U20
U16
U15
U14
U13
U12
U11
U10
U9
U8
T32
T26
T25
T24
T23
T22
T21
T20
T19
T15
T14
T13
T11
T10
R31
R26
R25
R22
R21
R20
R19
R18
R14
R13
R12
R11
R10
R9

GND

1V15

U500

P14

CORE_1V0_1

P15

CORE_1V0_2

P16

C505

C508

C507C506

10U

0.1U

0.1U0.1U

C538
100U

6V3

GND

C510

C509

10U

0.1U

GND

5V

R554 1K

3V3

NC

Q504

AO3414

C554

0.01U

HDMI_A3V3

0.1UC555

G

GND

R555 100K

3V3SB

GND

3V3SB

3V3

HDMI_A3V3

F

HDMI_AGND

GND

3V3SB

GND

GND

L502 120R

C511 0.1U

L503 120R

0.1UC512
120RL532

120RL530

C540

10U

120RL504

0.1U C513

L527 120R

NC

HDMI_AGND

GND

GND

CORE_1V0

R15

CORE_1V0_4

R16

CORE_1V0_5

R17

CORE_1V0_3

T16

CORE_1V0_7

T17

CORE_1V0_8

T18

CORE_1V0_6

U17

CORE_1V0_9

U18

CORE_1V0_10

U19

CORE_1V0_29

V18

CORE_1V0_11

V19

CORE_1V0_12

V20

CORE_1V0_30

W19

CORE_1V0_13

W20

CORE_1V0_14

W21

CORE_1V0_31

Y20

CORE_1V0_15

Y21

CORE_1V0_16

Y22

CORE_1V0_32

AA20

CORE_1V0_17

AA21

CORE_1V0_18

AA22

CORE_1V0_19

AA23

CORE_1V0_33

AB20

CORE_1V0_20

AB21

CORE_1V0_21

AB22

CORE_1V0_22

AB23

CORE_1V0_23

AB24

CORE_1V0_34

AC20

CORE_1V0_24

AC21

CORE_1V0_25

AC22

CORE_1V0_26

AC23

CORE_1V0_27

AC24

CORE_1V0_28

AC25

CORE_1V0_35

AD23

CORE_1V0_42

AD24

CORE_1V0_36

AD25

CORE_1V0_37

AD26

CORE_1V0_38

AE24

CORE_1V0_39

AE25

CORE_1V0_40

AE26

CORE_1V0_41

AE27

CORE_1V0_43

A4

RTC_A3V3

M9

STB_A3V3

N9

HDMI_A3V3

M10

GETH_A3V3

N10

GETH_A3V3_2

M7

RGBADC_A3V3

M11

HDMI_AGND

M12

HDMI_AGND1

P11

RGBADC_AGND

P12

APLL_AGND

H11

GETH_ALGND_2

H12

GETH_ALGND

H13

PLLDDR_GND

Please call via connected in the bottom layer

AA14-->AB14

LDO_A1V0

GETH_A1V0_2

GETH_A1V0

GETH_A1V0_3

APLL_A1V0
HDMI_A1V0

PLLDDR_1V0

U2_A1V0

PIF_A1V0

PIF_LDO

PLL_A1V0

IF_ADC_A2V5
VDADC_A2V5

RGBADC_A2V5

VDAC_A3V3

VDAC_AGND

BB1_A3V3

BB1_AGND

BB2_A3V3

BB2_AGND

VDADC_A3V3

IF_A3V3

IF_A2V5_AGND

IF_A3V3_AGND1

VDADC_AGND

IF_A3V3_AGND

U3RX_A3V3

U3TX_A3V3

U2_A3V3

U3RX_AGND1

U3TX_AGND

U2_AGND

PLL11_AGND

U3RX_AGND

PLL_A3V3

PLL_AGND

PIF_A3V3

PIF_AGND

IO_3V3

F4
F11

F12
F13

K12
K13
K14

AF22
AF23

AF24
AM10
AM5

AK5
AE1

P8
V12

Y18
Y17

T9
W9

AD12
AD13
AB14
AA14

T12
AK6

AF15
AF16
AF17
AB16
AA17
AB17
AC17

AK9
AM8

AL7
AF18

AF19
Y23

RTD2992

U500

GND

E

W3
W2
W1

AA3
AB2
AB3
AA2
AB1

AD3
AE3
AD2
AC1
AC3
AC2

W5
W4
W6

U1
U3

U2
V3
V2

Y2
Y1
Y3

Y5
Y6

VSYNC
HSYNC

VIN_0P
VIN_BN
VIN_1P
VIN_GN
VIN_2P
VIN_RN
VIN_3P
VIN_Y0N
VIN_4P
VIN_5P
VIN_6P
VIN_Y1N
VIN_7P
VIN_8P

VIN_9P
VIN_12P
VIN_A0N
VIN_A2N
VIN_10P
VIN_13P
VIN_A1N
VIN_14P
VIN_11P
SCART_FSW0
SCART_FSW1

APLL

RGB Video ADC

Audio ADC/DAC

BB_VREF

CVBS/SV Video ADC

BB_MBIAS

VDBS_OUT

CVBS DAC

VDAC_OUT

AIN_1L

AIN_1R

AIN_2L

AIN_2R

AIN_3L

AIN_3R

AIN_4L

AIN_4R

AIN_5L
AIN_5R
AIO_1L

AIO_1R

AIO_2L

AIO_2R

AOUT_L

AOUT_R

HPO_L
HPO_R

AL4
AM3
AL3
AM2
AK3
AM1
AL2
AL1
AK2
AK1
AJ2
AJ1
AJ3
AH1
AH2
AH3

AK4
AG3

AG2
AM4

AE2
AF3

AV1_L_IN
AV1_R_IN

AVOUT1_L_OUT

AVOUT1_R_OUT

(3)
(3)

0.1UC501

C502 1U

HP_L_OUT

HP_R_OUT

(3)
(3)

AVOUT1_V_OUT

(3)

(3)
(3)

(4)

VGA_VS_IN

(4)

VGA_HS_IN

(4)

VGA_BLU_IN

(4)

VGA_BLU_IN-

(4)

VGA_GRN_IN

(4)

VGA_GRN_IN-

(4)

VGA_RED_IN

(4)

VGA_RED_IN-

D

(3)

AV1_V_IN

(3)

AV1_V_IN-

SPI_WP

(no use)

3D_EN_PANEL

RTD2992

XO

1M
NC

R510

0R/33R

X27M

27M

RTD2992

R501

C

XI

33PC503

C504 33P

Shielding XTAL by PLL_GND

120RL501

GND

C

PLL_AGND

U500

MCU_RESET

F9

RSTN

ST_GP9
ST_GP8
ST_GP7
ST_GP6
ST_GP5
ST_GP4
ST_GP3
ST_GP2
ST_GP1
ST_GP0

V6
V5
U6
T6
T5
N6
N4
M5
K5
J6
T4
R6
R5
N5
M6
K6
K4
J5

HDMI_CEC

(4)

H0_HPD_OUT

(4)

H0_SCL_IN

(4)

H0_SDA_OUT

(4)

H1_HPD_OUT

(4)

H1_SCL_IN

(4)

H1_SDA_OUT

(4)

H2_SDA_OUT

(4)

H2_SCL_OUT

(4)

HDMI0_DET

(4)

(4)

B

VGA_SCL_IN

(4)

VGA_SDA_OUT

G1

CEC

H4

HPD0/ST_GP26

H6

HSCL0/ST_GP29

H5

HSDA0/ST_GP30

L4

HPD1/ST_GP27

L6

HSCL1/ST_GP31

L5

HSDA1/ST_GP32

P5

HSDA2/ST_GP34

P6

HSCL2/ST_GP33

P4

HPD2/ST_GP28

U5

VSCL/ST_GP24

U4

VSDA/ST_GP25

ST_GP35
ST_GP23
ST_GP22
ST_GP21

ST_GP13/IRRX

ST_GP12
ST_GP11
ST_GP10

A_DIM

UART_TX
UART_RX

H1_ARC_O

IR_IN

POWER_ON_OUT

BOOT_SET

PIN_K5

GPIO_J6

(9)

(9)

BL_ON_OUT

PANEL_ON

LED_OUT

HDMI_MHL_SEL

HDMI1_DET

(10)

(9)
(1)

(1)

(1)
(4)
(4)
(4)
(1)

(4)
(4)

(1)

DIM_OUT

(1)

H1_ARC_O

R551

0R

H1_ARC_OUT

NC

NC

GND

C551

10P

GND

R520

2K49

TX1P
TX1N
RX1P
RX1N

/1%

A3

GETH_RST

D3

GETH_RTT

B3

GETH_MDIP0

A2

GETH_MDIN0

B2

GETH_MDIP1

A1

GETH_MDIN1

C3

GETH_MDIP2

B1

GETH_MDIN2

C2

GETH_MDIP3

C1

GETH_MDIN3

RTC

Giga ETN

LSADC

RTC_XOUT

RTC_XIN

LSADC_7
LSADC_6
LSADC_4
LSADC_2
LSADC_1
LSADC_0

LSADC_REF

RTD2992

A

D2
D1

MHL_SENSE

G3
G2
F3
F2
E3
E2
E1

R508

10K/1%

GND

(4)

E_WP

HDMI2_DET

3D_RESET_OUT
KEY_IN

THIS DRAWING CANNOT BE COMMUNICATED TO UNAUTHORIZED PERSONS COPIED UNLES S PERMITTED IN WRITING

(8)

(1)

(4)

(10)

R516

10K

3V3SB

GND

C552

0.1U

MCU_RESET

T

MCU_RESET

Close to SOC

...

...

...
...

Index-Lab

Last saved :

DD-MM
DD-MM

DD-MM
DD-MM

...
...

...
...

...

...

SBU :
TCLNO:

TCL

ADDRESS1

...

...

...

.............

ADDRESS2

A

ADDRESS3

...

...

NAME Last modifDESCRIPTIONDATE

4-14-2009_15:30

...

DESIGNATION

...........

TELEPHONE

DRAWN

ON:
BY:

CHECKED

DD-MM-YY

ON:
BY:

......

PAGE:
OF :

123456789101112

FORMAT DIN A1

DC1_UD1_A4
DC1_UD1_A5

GND

DC1_UD1_VREF_CA

DC1_A0_1
DC1_A1_1
DC1_A2_1
DC1_A3_1

DC1_A6_1
DC1_A7_1
DC1_A8_1
DC1_A9_1
DC1_A10_1
DC1_A11_1
DC1_A12_1

DC1_BA0_1
DC1_BA1_1
DC1_BA2_1

DC1_RASN_1
DC1_CASN_1
DC1_WEN_1

DC1_ODT_1

DC1_A13_1
DC1_A14_1

DDR_1V5

U601

NT5CB128M16FP-DI(NANYA)

H5TQ2G63FFR-PBC(HYNIX)

G8

VSS2

E1

VSS

VSS1

A9

VSS11

B3

H9

G9

N3

P7
P3

N2

P8

P2
R8
R2

T8
R3

L7
R7
N7

N8

M3

L2

J3

K3

L3

K1

M8

J1

J9

L1

L9

M7

T3

T7

DDR_1V5

A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12

BA1
BA2

/CS
/RAS
/CAS
/WE
ODT

VREFCA
NC1

NC2
NC3
NC4
NC5
NC6
NC7

R629
240R

1%

R9

L8

GND

1%

R601

1K

R1

VDD7

VDD8

ZQ

R602

1K

1%

K8

N1

N9

VDD5

VDD6

VSS9

VSS10

T1

T9

P9

DC_VREF

K2

VDD3

VDD4

VSS7

VSS8

P1

C601

0.1U

G7

VDD2

VSS6

M9

D9

VDD1

VSS5

M1

B2

VDD

VSS3

VSS4

J2

J8

C602

1000P

GND

Place Close to Controller Bottom Side

1%

C606

0.1U

R603

240R

0.1U0.1U

C612C611

C603

10U

C608C607

0.1U

C613

0.1U0.1U

GND

C604

10U

GND

DC_ZQ

DDR_1V5

C605

10U

C609

10U

F1

H2

VDDQ7

VDDQ8

VSSQ7

VSSQ8

F9

G1

D2

E9

VDDQ5

VDDQ6

VSSQ5

VSSQ6

E2

E8

C9

VDDQ3

VDDQ4

VSSQ3

VSSQ4

D1

D8

A1A8C1

VDDQ

VDDQ2

VREFDQ

VSSQ

VSSQ2

B9

B1

VDDQ1

DMU

DQSU

/DQSU

DQU0
DQU1
DQU2
DQU3
DQU4
DQU5
DQU6
DQU7

DMLBA0

DQSL

/DQSL

DQL0
DQL1
DQL2
DQL3
DQL4
DQL5
DQL6
DQL7

CKE

/RESET

VSSQ1

D3

DC1_UD1_DM1

C7

DC1_UD1_DQS1

B7

DC1_UD1_DQS1N

D7

DC1_UD1_DQ8

C3

DC1_UD1_DQ9

C8

DC1_UD1_DQ10

C2

DC1_UD1_DQ11

A7

DC1_UD1_DQ12

A2

DC1_UD1_DQ13

B8

DC1_UD1_DQ14

A3

DC1_UD1_DQ15

E7M2

DC1_UD1_DM0

F3

DC1_UD1_DQS0

G3

DC1_UD1_DQS0N

E3

DC1_UD1_DQ0

F7

DC1_UD1_DQ1

F2

DC1_UD1_DQ2

F8

DC1_UD1_DQ3

H3

DC1_UD1_DQ4

H8

DC1_UD1_DQ5

G2

DC1_UD1_DQ6

H7

DC1_UD1_DQ7

H1

DC1_UD1_VREF_DQ

J7
K7
K9
T2

DC1_CK_1
DC1_CKN_1
DC1_CKE_1
DC1_RSTN_1

CK

/CK

DDR_1V5

R607

1K

1%

R608

1K

1%

R609

1K

1%

R610

1K

1%

DDR_1V5

R611

1K

1%

R612

1K

1%

R613

1K

1%

R614

1K

1%

DDR_1V5

C631

C630

0.1U

10U

0.1U

DDR_1V5

C640

10U

C642C641

0.1U

DDR_1V5

C651

C650

10U

0.1U0.1U

DDR_1V5

C660

10U

C662C661

0.1U

Bypass and VREF for DDR

DDR_1V5

NT5CB128M16FP-DI(NANYA)

H5TQ2G63FFR-PBC(HYNIX)

R9R1N9N1K8K2G7D9B2

VDD6

VDD7

VDD8

DC1_A0_1
DC1_A1_1
DC1_A2_1

DC1_A3_1
DC1_UD2_A4
DC1_UD2_A5

DC1_A6_1

DC1_A7_1

DC1_A8_1

DC1_A9_1

DC1_A10_1

DC1_A11_1

DC1_A12_1

DC1_BA0_1

DC1_BA1_1

GND

DC1_BA2_1

DC1_RASN_1
DC1_CASN_1
DC1_WEN_1

DC1_ODT_1

DC1_UD2_VREF_CA

DC1_A13_1

DC1_A14_1

DC1_UD1_VREF_CA

C615

C614 C618

1000P

0.1U

GND

DC1_UD1_VREF_DQ

C616

C617

0.1U

1000P

GND

DC1_UD2_VREF_CA

C623

C622

1000P

0.1U

GND

DC1_UD2_VREF_DQ

C625

C624

1000P

0.1U

GND

C633C632

C635C634

0.1U0.1U

C644C643

0.1U0.1U

C653C652

0.1U0.1U

C655C654

0.1U0.1U

C664C663

0.1U0.1U

0.1U0.1U

C637C636

0.1U0.1U

C646C645

C657C656

0.1U0.1U

C666C665

N3

A0

P7

A1

P3

A2

N2

A3

P8

A4

P2

A5

R8

A6

R2

A7

T8

A8

R3

A9

L7

A10

R7

A11

N7

A12

M2 E7
N8

BA1

M3

BA2

L2

/CS

J3

/RAS

K3

/CAS

L3

/WE

K1

ODT

M8

VREFCA

J1

NC1

J9

NC2

L1

NC3

L9

NC4

M7

NC5

T3

NC6

T7

NC7

ZQ

VSS10

L8

T9

R630
240R

DDR_1V5

R615

1K

1%

R616

1K

1%

R617

1%

1K

R618

1K

1%

DDR_1V5

R619

1K

1%

R620

1K

1%

R621

1K

1%

R622

1K

1%

C639C638

0.1U

0.1U0.1U

GND

C649

C648C647

0.1U0.1U

0.1U0.1U

GND

C659C658

0.1U

0.1U0.1U

GND

C669

C668C667

0.1U0.1U

0.1U0.1U

GND

U602

VDD

VDD1

VDD2

VDD3

VDD4

VDD5

VSS2

VSS3

VSS4

VSS5

VSS6

VSS7

VSS8

VSS9

J8

P1

C626

0.1U

C628

0.1U

M9

M1

J2

C619

1000P

C621

1000P

C627

1000P

C629

1000P

G8

GND

GND

GND

GND

E1

T1

P9

DC2_UD1_VREF_CA

0.1U

DC2_UD1_VREF_DQ

C620

0.1U

DC2_UD2_VREF_CA

DC2_UD2_VREF_DQ

H9H2F1E9D2C9C1A8A1

VDDQ7

VDDQ8

VSSQ7

VSSQ8

VSS

VSS1

VSS11

F9

B3

A9

G9

G1

VDDQ5

VDDQ6

VSSQ5

VSSQ6

E8

E2

VDDQ2

VDDQ3

VDDQ4

VSSQ2

VSSQ3

VSSQ4

D8

D1

DDR_1V5

VDDQ

VDDQ1

DMU

DQSU

/DQSU

DQU0
DQU1
DQU2
DQU3
DQU4
DQU5
DQU6
DQU7

DMLBA0

DQSL

/DQSL

DQL0
DQL1
DQL2
DQL3
DQL4
DQL5
DQL6
DQL7

VREFDQ

CK

/CK

CKE

/RESET

VSSQ

VSSQ1

B1

B9

DC1_A0
DC1_A1
DC1_A2
DC1_A3
DC1_A4

DC1_A4_1

DC1_A5

DC1_A5_1
DC1_A6
DC1_A7
DC1_A8
DC1_A9

DC1_A10

DC1_A11

DC1_A12

DC1_A13

DC1_A14
DC1_BA0
DC1_BA1
DC1_BA2
DC1_CASN

DC1_CKE

DC1_CK
DC1_CKN

DC1_ODT

DC1_RASN

DC1_RSTN
DC1_WEN

DC1_DM0
DC1_DM1
DC1_DM2
DC1_DM3

DC1_DQ0
DC1_DQ1
DC1_DQ2
DC1_DQ3
DC1_DQ4
DC1_DQ5
DC1_DQ6
DC1_DQ7
DC1_DQ8
DC1_DQ9

DC1_DQ10

DC1_DQ11

DC1_DQ12

DC1_DQ13

DC1_DQ14

DC1_DQ15

DC1_DQ16

DC1_DQ17

DC1_DQ18

DC1_DQ19

DC1_DQ20

DC1_DQ21

DC1_DQ22

DC1_DQ23

DC1_DQ24

DC1_DQ25

DC1_DQ26

DC1_DQ27

DC1_DQ28

DC1_DQ29

DC1_DQ30

DC1_DQ31
DC1_DQS0

DC1_DQS0N
DC1_DQS1
DC1_DQS1N
DC1_DQS2
DC1_DQS2N
DC1_DQS3
DC1_DQS3N

DC_ZQ

D3

DC1_UD2_DM3

C7

DC1_UD2_DQS3

B7

DC1_UD2_DQS3N

D7

DC1_UD2_DQ24

C3

DC1_UD2_DQ25

C8

DC1_UD2_DQ26

C2

DC1_UD2_DQ27

A7

DC1_UD2_DQ28

A2

DC1_UD2_DQ29

B8

DC1_UD2_DQ30

A3

DC1_UD2_DQ31

DC1_UD2_DM2

F3

DC1_UD2_DQS2

G3

DC1_UD2_DQS2N

E3

DC1_UD2_DQ16

F7

DC1_UD2_DQ17

F2

DC1_UD2_DQ18

F8

DC1_UD2_DQ19

H3

DC1_UD2_DQ20

H8

DC1_UD2_DQ21

G2

DC1_UD2_DQ22

H7

DC1_UD2_DQ23

H1

DC1_UD2_VREF_DQ

J7

DC1_CK_1

K7

DC1_CKN_1

K9

DC1_CKE_1

T2

DC1_RSTN_1

U500

J29
L28

H29

F29
E31
E30
B30
A30
K29

H28

L29

C30

F32
D32
M28

B31
D31
G28
N28

E29
C32

F30
G30
G31

G29

K28

J28

C31

J30

N31

V29

Y31

T29
M29
U29
N29

P30
H30

P31

J31

K32
R29

P28
N32

P29
U28
R28

T28

AA31

V28

AA32

W28

AB31

R32

AB32

R30

W29

AA29

Y28

W30

Y29

W32

AA28

V30
M32

M31

L31
K30
V31

U30

T30
T31

F24
F25

G23
G24
H19
H20
H21
H22
H23
H24

J18

J19

J20

J21

J22

J23

J24
K27

DDR_1V5

U603

NT5CB128M16FP-DI(NANYA)

H5TQ2G63FFR-PBC(HYNIX)

R9R1N9N1K8K2G7D9B2

VDD

VDD1

VDD2

VDD3

VDD4

VDD5

VDD6

VDD7

VDD8

GND

DC2_UD1_VREF_CA

DC2_A0_1
DC2_A1_1
DC2_A2_1
DC2_A3_1
DC2_A4_1
DC2_A5_1
DC2_A6_1
DC2_A7_1
DC2_A8_1
DC2_A9_1

DC2_A10_1
DC2_A11_1
DC2_A12_1

DC2_BA0_1
DC2_BA1_1
DC2_BA2_1

DC2_RASN_1
DC2_CASN_1
DC2_WEN_1
DC2_ODT_1

DC2_A13_1

N3

A0

P7

A1

P3

A2

N2

A3

P8

A4

P2

A5

R8

A6

R2

A7

T8

A8

R3

A9

L7

A10

R7

A11

N7

A12

M2 E7

N8

BA1

M3

BA2

L2

/CS

J3

/RAS

K3

/CAS

L3

/WE

K1

ODT

M8

VREFCA

J1

NC1

J9

NC2

L1

NC3

L9

NC4

M7

NC5

T3

NC6

T7

NC7

240R

1%1%

ZQ

VSS8

VSS9

VSS10

L8

T9

T1

P9

P1

VSS6

VSS7

M9

M1

VSS5

J8

VSS3

VSS4

J2

GND

DDR_1V5

C670

GND

R623

10K

R624

10K

GND

C671

1U

1
2
3
4

U605

VIN
GND
VREF
VOUT

VCNTL4
VCNTL3
VCNTL2
VCNTL1

G2992B

8
7
6
5

DC1_VTT DC2_VTT

C672

1U

C673

22U

GND

DC1_A0
DC1_A1
DC1_A2
DC1_A3
DC1_A4
DC1_A4_1
DC1_A5
DC1_A5_1
DC1_A6
DC1_A7
DC1_A8
DC1_A9
DC1_A10
DC1_A11
DC1_A12
DC1_A13
DC1_A14
DC1_BA0
DC1_BA1
DC1_BA2
DC1_CASN
DC1_CKE
DC1_CLK
DC1_CLKN

DC1_ODT
DC1_RASN
DC1_RSTN
DC1_WEN

DC1_DM0
DC1_DM1
DC1_DM2
DC1_DM3

DC1_DQ0
DC1_DQ1
DC1_DQ2
DC1_DQ3
DC1_DQ4
DC1_DQ5
DC1_DQ6
DC1_DQ7
DC1_DQ8
DC1_DQ9
DC1_DQ10
DC1_DQ11
DC1_DQ12
DC1_DQ13
DC1_DQ14
DC1_DQ15
DC1_DQ16
DC1_DQ17
DC1_DQ18
DC1_DQ19
DC1_DQ20
DC1_DQ21
DC1_DQ22
DC1_DQ23
DC1_DQ24
DC1_DQ25
DC1_DQ26
DC1_DQ27
DC1_DQ28
DC1_DQ29
DC1_DQ30
DC1_DQ31

DC1_DQS0
DC1_DQS0N
DC1_DQS1
DC1_DQS1N
DC1_DQS2
DC1_DQS2N
DC1_DQS3
DC1_DQS3N

DC1V5_29
DC1V5_27
DC1V5_28
DC1V5_26
DC1V5_6
DC1V5_7
DC1V5_8
DC1V5_9
DC1V5_10
DC1V5_11
DC1V5_12
DC1V5
DC1V5_1
DC1V5_2
DC1V5_3
DC1V5_4
DC1V5_13

DC_ZQ

DC2_A10
DC2_A11
DC2_A12
DC2_A13
DC2_A14
DC2_BA0
DC2_BA1
DC2_BA2

DC2_CASN

DC2_CKE
DC2_CLK

DC2_CLKN

DC2_ODT
DC2_RASN
DC2_RSTN

DC2_WEN

DC2_DM0

DC2_DM1

DC2_DM2

DC2_DM3

DC2_DQ0

DC2_DQ1

DC2_DQ2

DC2_DQ3

DC2_DQ4

DC2_DQ5

DC2_DQ6

DC2_DQ7

DC2_DQ8

DC2_DQ9

DC2_DQ10
DC2_DQ11
DC2_DQ12
DC2_DQ13
DC2_DQ14
DC2_DQ15
DC2_DQ16
DC2_DQ17
DC2_DQ18
DC2_DQ19
DC2_DQ20
DC2_DQ21
DC2_DQ22
DC2_DQ23
DC2_DQ24
DC2_DQ25
DC2_DQ26
DC2_DQ27
DC2_DQ28
DC2_DQ29
DC2_DQ30
DC2_DQ31

DC2_DQS0

DC2_DQS0N

DC2_DQS1

DC2_DQS1N

DC2_DQS2

DC2_DQS2N

DC2_DQS3

DC2_DQS3N

DC1V5_33
DC1V5_32
DC1V5_31
DC1V5_30
DC1V5_14
DC1V5_15
DC1V5_16
DC1V5_17
DC1V5_18
DC1V5_19
DC1V5_23
DC1V5_22
DC1V5_21
DC1V5_20

DC1V5_5
DC1V5_24
DC1V5_25

DC_VREF

DC2_A0
DC2_A1
DC2_A2
DC2_A3
DC2_A4

DC2_A5
DC2_A6

DC2_A7
DC2_A8
DC2_A9

C10
B11
E12
E10
B12

D11
E14

D12
A12
A9
B13
A11
D15
E11
E13
D10
D16
E9
D13
C14
C15
A14

D9
D14
C9
B10

C17
A20
E21
A27

E19
E15
E20
E16
B21
B15
A21
C16
B17
E18
D17
B20
E17
D20
D18
D19
C28
D21
B28
D22
A29
B22
B29
C23
E22
E24
E23
C27
D24
B26
D23
C26

B19
C19
A18
C18
C25
B24
C24
A23

R24
R23
P24
P23
K18
K19
K20
K21
K22
K23
K24
L23
L24
M23
M24
N23
N24

H18

DC2_A1
DC2_A2

DC2_A3
DC2_A4

DC2_A5
DC2_A6

DC2_A7
DC2_A8
DC2_A9
DC2_A10
DC2_A11
DC2_A12
DC2_A13
DC2_A14
DC2_BA0
DC2_BA1

DC2_BA2
DC2_CASN
DC2_CKE

DC2_CK

DC2_CKN
DC2_ODT

DC2_RASN
DC2_RSTN
DC2_WEN

DC2_DM0

DC2_DM1

DC2_DM2

DC2_DM3

DC2_DQ0

DC2_DQ1

DC2_DQ2

DC2_DQ3

DC2_DQ4

DC2_DQ5

DC2_DQ6

DC2_DQ7

DC2_DQ8

DC2_DQ9

DC2_DQ10

DC2_DQ11

DC2_DQ12

DC2_DQ13

DC2_DQ14

DC2_DQ15

DC2_DQ16

DC2_DQ17

DC2_DQ18

DC2_DQ19

DC2_DQ20

DC2_DQ21

DC2_DQ22

DC2_DQ23

DC2_DQ24

DC2_DQ25

DC2_DQ26

DC2_DQ27

DC2_DQ28

DC2_DQ29

DC2_DQ30

DC2_DQ31

DC2_DQS0
DC2_DQS0N

DC2_DQS1
DC2_DQS1N

DC2_DQS2
DC2_DQS2N

DC2_DQS3
DC2_DQS3N

DC_VREF

DDR_1V5

DC2_A0

RTD2995

G8

VSS1

VSS2

E1

GND

VSS

A9

C674

GND

H9H2F1E9D2C9C1A8A1

VDDQ4

VDDQ5

VDDQ6

VDDQ7

VDDQ8

VSSQ4

VSSQ5

VSSQ6

VSSQ7

VSSQ8

VSS11

F9

B3

E8

E2

G9

G1

DC1_CKE

DC1_A10

DC1_A4_1

DC1_A4

DC1_A6

DC1_A14

DC1_RASN
DC1_CASN

DC1_A2

DC1_A13

DC1_A7

DC1_A3

DC1_BA2

DC1_BA1
DC1_A12

DC1_A8

DC1_A11

DC1_A1

DC1_WEN

DC1_A0

DC1_A9

DC1_RSTN

DC1_A5

DC1_A5_1

DC1_BA0

DC1_ODT

VDDQ3

VSSQ3

D8

D1

VDDQ

VDDQ2

VSSQ

VSSQ2

B1

B9

3V3

VDDQ1

DMU

DQSU

/DQSU

DQU0
DQU1
DQU2
DQU3
DQU4
DQU5
DQU6
DQU7

DMLBA0

DQSL

/DQSL

DQL0
DQL1
DQL2
DQL3
DQL4
DQL5
DQL6
DQL7

VREFDQ

CK

/CK

CKE

/RESET

VSSQ1

4 5

2 7
1

3 6

1
4 5

2 7
1

3 6

1
4 5

2 7
1

3 6

1
4 5

2 7
1

3 6

1
4 5

2 7
1

3 6

1
4 5

2 7
1

3 6

1
4 5

2 7
1

3 6

1

D3

DC2_UD1_DM1

C7

DC2_UD1_DQS1

B7

DC2_UD1_DQS1N

D7

DC2_UD1_DQ8

C3

DC2_UD1_DQ9

C8

DC2_UD1_DQ10

C2

DC2_UD1_DQ11

A7

DC2_UD1_DQ12

A2

DC2_UD1_DQ13

B8

DC2_UD1_DQ14

A3

DC2_UD1_DQ15

DC2_UD1_DM0

F3

DC2_UD1_DQS0

G3

DC2_UD1_DQS0N

E3

DC2_UD1_DQ0

F7

DC2_UD1_DQ1

F2

DC2_UD1_DQ2

F8

DC2_UD1_DQ3

H3

DC2_UD1_DQ4

H8

DC2_UD1_DQ5

G2

DC2_UD1_DQ6

H7

DC2_UD1_DQ7

H1

DC2_UD1_VREF_DQ

J7

DC2_CK_1

K7

DC2_CKN_1

K9

DC2_CKE_1

T2

DC2_RSTN_1DC2_A14_1

DDR_1V5

C675

GND

RP601

22R

63

RP602

22R

8
54

72

RP603

22R

8

63

RP604

22R

8
54

72

RP605

22R

8

63

RP606

22R

8
54

72

RP607

22R

8

63

8

RP608

22R

54

72

RP609

22R

8

63

RP610

22R

8
54

72

RP611

22R

8

63

RP612

22R

8
54

72

RP613

22R

8

63

RP614

22R

8
54

72
8

22U22U

R627
10K

DC1_CKE_1

DC1_A10_1

DC1_UD2_A4
DC1_UD1_A4

DC1_A6_1

DC1_A14_1

DC1_RASN_1
DC1_CASN_1

DC1_A2_1

DC1_A13_1

DC1_A7_1

DC1_A3_1

DC1_BA2_1

DC1_BA1_1
DC1_A12_1

DC1_A8_1

DC1_A11_1

DC1_A1_1

DC1_WEN_1

DC1_A0_1

DC1_A9_1

DC1_RSTN_1

DC1_UD1_A5
DC1_UD2_A5

DC1_BA0_1

DC1_ODT_1

R626

10K

GND

DC2_UD2_VREF_CA

C676

1U

C677

1U

GND

DC2_A0_1
DC2_A1_1
DC2_A2_1
DC2_A3_1
DC2_A4_1
DC2_A5_1
DC2_A6_1
DC2_A7_1
DC2_A8_1
DC2_A9_1

DC2_A10_1
DC2_A11_1
DC2_A12_1

DC2_BA0_1
DC2_BA1_1
DC2_BA2_1

DC2_RASN_1
DC2_CASN_1
DC2_WEN_1

DC2_ODT_1

DC2_A13_1
DC2_A14_1

1

GND

2
3
4

C678

22U

GND

DC1_CKE_1

DC1_A10_1

DC1_UD2_A4
DC1_UD1_A4

DC1_A6_1

DC1_A14_1

DC1_RASN_1
DC1_CASN_1

DC1_A2_1

DC1_A13_1

DC1_A7_1

DC1_A3_1

DC1_BA2_1

DC1_VTT

DC1_BA1_1
DC1_A12_1

DC1_A8_1

DC1_A11_1

DC1_A1_1

DC1_WEN_1

DC1_A0_1

DC1_A9_1

DC1_UD1_A5
DC1_UD2_A5

DC1_BA0_1

DC1_ODT_1

U606

VCNTL4

VIN

VCNTL3

GND

VCNTL2

VREF

VCNTL1

VOUT

G2992B

R695
R696

8

6 3

8
7 2

5 4
8

6 3

8
7 2

5 4
8

6 3

8
7 2

5 4

DDR_1V5

R9

VDD8

N3

A0

P7

A1

P3

A2

N2

A3

P8

A4

P2

A5

R8

A6

R2

A7

T8

A8

R3

A9

L7

A10

R7

A11

N7

A12

N8

BA1

M3

BA2

L2

/CS

J3

/RAS

K3

/CAS

L3

/WE

K1

ODT

M8

VREFCA

J1

NC1

J9

NC2

L1

NC3

L9

NC4

M7

NC5

T3

NC6

T7

NC7

ZQ

L8

R632R631
240R

1%

GNDGND

8
7
6
5

100R
100R

RP616
100R

1
27

RP617
100R

45
1

36

RP618
100R

1
27

RP619
100R

45
1

36

RP620
100R

1
27

RP621
100R

45
1

36

RP622
100R

8

6 3

RP623
100R

8
7 2

5 4

RP624
100R

8

6 3

RP625
100R

8
7 2

5 4

R699

100R

RP627
100R

8
7 2

5 4

RP628
100R

8

6 3

U604

NT5CB128M16FP-DI(NANYA)

H5TQ2G63FFR-PBC(HYNIX)

D2

E9

F1

H2

VSS

VSS1

VSS2

VSS11

A9

E1

B3

G8

3V3

C685 0.1U

C687 0.1U

C689 0.1U

H9

VDDQ8

VSSQ8

G1

G9

0.1UC684

0.1UC686

0.1UC688

0.1UC690

VDDQ6

VDDQ7

VSSQ6

VSSQ7

F9

E8

VDDQ5

VSSQ5

E2

GND

R1

VDD7

GND

1
27

45
1

36

1
27

45
1

36

1

36

1
27

45

N9

VDD6

VSS10

T9

K8

N1

VDD5

VSS9

T1

P9

C679

1U1U

VDD4

VSS8

D9

G7

K2

VDD1

VDD2

VDD3

VSS5

VSS6

VSS7

P1

M1

M9

R628 0RR625 0R

DC1_VTT

B2

VDD

VSS3

VSS4

J2

J8

DC1_VTT

A1A8C1

C9

VDDQ

VDDQ1

VDDQ2

VDDQ3

VDDQ4

/DQSU

VREFDQ

/RESET

VSSQ

VSSQ1

VSSQ2

VSSQ3

VSSQ4

B9

B1

D1

D8

DC1_RSTN_1
DC2_RSTN_1
DC1_CKE_1
DC2_CKE_1

DMU

DQSU

DQU0
DQU1
DQU2
DQU3
DQU4
DQU5
DQU6
DQU7

DMLBA0

DQSL

/DQSL

DQL0
DQL1
DQL2
DQL3
DQL4
DQL5
DQL6
DQL7

CK

/CK

CKE

D3

DC2_UD2_DM3

C7

DC2_UD2_DQS3

B7

DC2_UD2_DQS3N

D7

DC2_UD2_DQ24

C3

DC2_UD2_DQ25

C8

DC2_UD2_DQ26

C2

DC2_UD2_DQ27

A7

DC2_UD2_DQ28

A2

DC2_UD2_DQ29

B8

DC2_UD2_DQ30

A3

DC2_UD2_DQ31

E7M2

DC2_UD2_DM2

F3

DC2_UD2_DQS2

G3

DC2_UD2_DQS2N

E3

DC2_UD2_DQ16

F7

DC2_UD2_DQ17

F2

DC2_UD2_DQ18

F8

DC2_UD2_DQ19

H3

DC2_UD2_DQ20

H8

DC2_UD2_DQ21

G2

DC2_UD2_DQ22

H7

DC2_UD2_DQ23

H1

DC2_UD2_VREF_DQ

J7

DC2_CK_1

K7

DC2_CKN_1

K9

DC2_CKE_1

T2

DC2_RSTN_1

R651
4K7
R652
4K7
R649

NC/

4K7

R650

NC/

4K7

DC2_RASN
DC2_CASN

GND

1

DC1_DQ5
DC1_DQ7

3 6

1

DC1_DM0

2 7

DC1_DQ8

4 5

1

DC1_DQS1N

2 7

DC1_DQS1

4 5

1

DC1_DQS0N

DC1_DQS0

3 6

1

DC1_DQ11

2 7

DC1_DM1

4 5

1

DC1_DQ6
DC1_DQ4

3 6

1

DC1_DQ17
DC1_DQ19

3 6

1

DC1_DQS3N

2 7

DC1_DQS3

4 5

1

DC1_DQS2N

2 7

4 5

1

DC1_DQ31

2 7

DC1_DQ29

4 5

1

DC1_DQ27

DC1_DM3

3 6

DC1_CK
DC1_CKN

DDR_1V5

GND

RP629

22R

54

DC2_CKE

DC2_A10

DC2_A4
DC2_A8

DC2_A11

DC2_A1

DC2_WEN

DC2_A0

DC2_A9

DC2_RSTN

DC2_A3 DC2_A3_1

DC2_BA2

3 6

RP630

1

22R

4 5

2 7

RP631

1

22R

3 6

RP632

1

22R

4 5

2 7

RP633

1

22R

3 6

RP634

1

22R

4 5

2 7
1

RP635

22R

DC2_BA1

DC2_A12

DC2_A6

DC2_A14

3 6

RP636

1

22R

4 5

2 7

RP637

1

22R

3 6

DC2_CKE_1

DC2_A10_1

72
8

DC2_A4_1

63

DC2_A8_1

8
54

DC2_A11_1

DC2_A1_1

72
8

DC2_WEN_1

63

DC2_A0_1

8
54

DC2_A9_1

DC2_RSTN_1

72
8

63

DC2_BA2_1

8

54

DC2_BA1_1
DC2_A12_1

72
8

DC2_A6_1

63

DC2_A14_1

8
54

DC2_RASN_1
DC2_CASN_1

72

RP638

DC2_A2

DC2_A13

DC2_A7
DC2_A5

DC2_BA0
DC2_ODT

1
4 5

2 7

RP639

1

3 6

RP640

1
4 5

2 7
1

22R

22R

22R

8

DC2_A2_1

63

DC2_A13_1

8
54

DC2_A7_1
DC2_A5_1

72
8

DC2_BA0_1

63

DC2_ODT_1

8

RP641

22R

RP642

22R

RP643

22R

RP644

22R

RP645

22R

RP646

22R

RP647

22R

RP648

22R

RP649

22R

RP650

22R

RP651

22R

8
72

DC1_UD1_DQ5

DC1_UD1_DQ7

54
8

DC1_UD1_DM0

63

DC1_UD1_DQ8

8

DC1_UD1_DQS1N

63

DC1_UD1_DQS1

8
72

DC1_UD1_DQS0N

DC1_UD1_DQS0

54
8

DC1_UD1_DQ11

63

DC1_UD1_DM1

8
72

DC1_UD1_DQ6

DC1_UD1_DQ4

54
8

72

DC1_UD2_DQ17

DC1_UD2_DQ19

54
8

DC1_UD2_DQS3N

63

DC1_UD2_DQS3

8

DC1_UD2_DQS2N

63

DC1_UD2_DQS2DC1_DQS2

8

DC1_UD2_DQ31

63

DC1_UD2_DQ29

8
72

DC1_UD2_DQ27

DC1_UD2_DM3

54

R669

22R
22R

R670

DC2_CKE_1

DC2_A10_1

DC2_A4_1
DC2_A8_1

DC2_A11_1

DC2_A1_1

DC2_WEN_1

DC2_A0_1

DC2_A9_1

DC2_A3_1

DC2_BA2_1

DC2_VTT

DC2_BA1_1
DC2_A12_1

DC2_A6_1

DC2_A14_1

DC2_RASN_1
DC2_CASN_1

DC2_A2_1

DC2_A13_1

DC2_A7_1
DC2_A5_1

DC2_BA0_1

DC2_ODT_1

GND

DC1_DQ1
DC1_DQ3

DC1_DQ10
DC1_DQ14

DC1_DQ12

DC1_DQ9

DC1_DQ15
DC1_DQ13

DC1_DQ0
DC1_DQ2

DC1_DQ21
DC1_DQ23

DC1_DQ16
DC1_DQ18

DC1_DQ22
DC1_DQ20

DC1_DM2

DC1_DQ24

DC1_DQ26
DC1_DQ30

DC1_DQ28
DC1_DQ25

DC1_CK_1
DC1_CKN_1

R697
R698

8
7 2

5 4
8

6 3

8
7 2

5 4

8
7 2

5 4

RP652

22R

8

6 3

RP653

22R

4 5

2 7

RP654

1

22R

3 6

RP655

1

22R

4 5

2 7

RP656

1

22R

3 6

RP657

1

22R

1
2 7

4 5

RP658

22R

1

3 6

RP659

22R

1
2 7

4 5

RP660

22R

3 6

RP661

1

22R

4 5

2 7

RP662

1

22R

3 6

1

Place Close to DRAM Side

R675

1K

R676

1K

R677

1K

R678

1K

100R
100R

RP686
100R

RP687
100R

RP688
100R

R682

RP690
100R

8

6 3

8
7 2

5 4
8

6 3

8
7 2

5 4
8

6 3

8
7 2

5 4

100R

RP691
100R

RP692
100R

RP693
100R

RP694
100R

RP695
100R

RP696
100R

1

36

1
27

45
1

36

1

36

1
27

45
1

36

1
27

45
1

36

1
27

45
1

36

DC2_VTT

1
27

DC1_UD1_DQ1
DC1_UD1_DQ3

45

DC1_UD1_DQ10

63

DC1_UD1_DQ14

8
54

DC1_UD1_DQ12

DC1_UD1_DQ9

72
8

DC1_UD1_DQ15

63

DC1_UD1_DQ13

8
54

DC1_UD1_DQ0
DC1_UD1_DQ2

72
8

8

DC1_UD2_DQ21

63

DC1_UD2_DQ23

8
72

DC1_UD2_DQ16

DC1_UD2_DQ18

54
8

DC1_UD2_DQ22

63

DC1_UD2_DQ20

54

DC1_UD2_DM2
DC1_UD2_DQ24

72
8

DC1_UD2_DQ26

63

DC1_UD2_DQ30

8
54

DC1_UD2_DQ28

DC1_UD2_DQ25

72
8

0.1UC681

0.1UC680

DC2_VTT

C691 0.1U

C693 0.1U

C695 0.1U

GND

0.1UC692

0.1UC694

0.1UC696

GND

DC2_DQ5
DC2_DQ7

DC2_DM0
DC2_DQ8

DC2_DQS1N

DC2_DQS1

DC2_DQS0N

DC2_DQS0

DC2_DQ11

DC2_DM1

DC2_DQ6
DC2_DQ4

DC2_DQ17
DC2_DQ19

DC2_DQS3N

DC2_DQS3

DC2_DQS2N

DC2_DQS2

DC2_DQ31
DC2_DQ29

DC2_DQ27

DC2_DM3

RP663

22R

5 4

7 2

RP664

8

22R

1

3 6

RP665

22R

1

3 6

RP666

22R

1
2 7

4 5

RP667

22R

1

3 6

RP668

22R

5 4

7 2

RP669

8

22R

3 6

RP670

1

22R

1

3 6

RP671

22R

1

3 6

RP672

22R

5 4

7 2

RP673

8

22R

1

3 6

DC2_CK
DC2_CKN

DC2_UD1_DQ5

36

DC2_UD1_DQ7

1

8
72

DC2_UD1_DM0

DC2_UD1_DQ8

54
8

72

DC2_UD1_DQS1N

DC2_UD1_DQS1

54
8

DC2_UD1_DQS0N

63

DC2_UD1_DQS0

8
72

DC2_UD1_DQ11

DC2_UD1_DM1

54

DC2_UD1_DQ6

36

DC2_UD1_DQ4

1

54

DC2_UD2_DQ17

DC2_UD2_DQ19

72
8

8
72

DC2_UD2_DQS3N

DC2_UD2_DQS3

54
8

72

DC2_UD2_DQS2N

DC2_UD2_DQS2

54

DC2_UD2_DQ31

36

DC2_UD2_DQ29

1

8
72

DC2_UD2_DQ27

DC2_UD2_DM3

54

R679

22R

22R

R680

DC2_DQ1
DC2_DQ3

DC2_DQ10
DC2_DQ14

DC2_DQ12

DC2_DQ9

DC2_DQ15
DC2_DQ13

DC2_DQ0
DC2_DQ2

DC2_DQ21
DC2_DQ23

DC2_DQ16
DC2_DQ18

DC2_DQ22
DC2_DQ20

DC2_DM2

DC2_DQ24

DC2_DQ26
DC2_DQ30

DC2_DQ28
DC2_DQ25

DC2_CK_1
DC2_CKN_1

RP674

22R

8

6 3

RP675

22R

8
7 2

5 4

RP676

22R

8

6 3

RP677

22R

8
7 2

5 4

RP678

22R

8

6 3

RP679

22R

1
27

DC2_UD1_DQ1

DC2_UD1_DQ3

45
1

DC2_UD1_DQ10

36

DC2_UD1_DQ14

1
27

DC2_UD1_DQ12

DC2_UD1_DQ9

45
1

DC2_UD1_DQ15

36

DC2_UD1_DQ13

1
27

DC2_UD1_DQ0

DC2_UD1_DQ2

45

5 4

DC2_UD2_DQ21

36

7 2

RP680

8

22R

DC2_UD2_DQ23

1
45

6 3

RP681

8

22R

1
2 7

4 5

RP682

22R

8
7 2

5 4

RP683

22R

8

6 3

RP684

22R

DC2_UD2_DQ16
DC2_UD2_DQ18

27
1

8

DC2_UD2_DQ22

63

DC2_UD2_DQ20

1

DC2_UD2_DM2

36

DC2_UD2_DQ24

1
27

DC2_UD2_DQ26
DC2_UD2_DQ30

45

54

3 6

1

DC2_UD2_DQ28
DC2_UD2_DQ25

72
8

Place Close to DRAM Side

1K
1K

1K
1K

R685

R686

R687

R688

C683 0.1U

C682 0.1U

GND

3V3

I2S_MCLK
I2S_LRCK
I2S_BCLK

I2S_DATA

R03A 33R
R04A
R05A
R06A

R701

2K2
2K2

R702

close to soc

33R
33R
33R

I2C_SDA
I2C_SCL

/NC

C01A

15P

NC

NC

C02A

C03A 15PNCC04A

15P

15P

NC

GND

R02A 0R

GND

R09A
R10A 100R

GND

3V3A

R08A

NC/

NC

C05A 4U7

0.1U

C06A

0.047UC09A
4700PC10A

C11A

0.047U

C12A 4700P

10K

3V3A

R07A

18K2

100R

C08A 33P

33PC07A

3V3

GND

GND

R11A

10K

13
14
15
16

18
19
20
21
22
23
24

C13A
C14A

GND

R12A

470R

R13A

470R

AVDD
FAULT
MCLK
OSC_RES
DVSSO
VR_DIG
PDN
LRCLK
SCLK
SDIN
SDA
SCL

1U

2200P

10

11
12

PLL_FLTP

PLL_FLTM

AVSSNCOC_ADJ

VR_ANA

DVDD

STEST

RESET

27

26

25

3V3

GND

R14A

22K1

9

8

7

SSTIMER

U01A

TAS5707

AGND

GND

DVSS

30

281729532

GND

GND

C15A

0.033U

4

3

6

GVDD_OUT1

BST_A

PVDD_A2

PVDD_D1

BST_D

GVDD_OUT2

VREG

34

33

31

C18A 0.1U

C19A 1U

C20A

0.033U

AMP_VCC

1

2

PVDD_A1

OUT_A

PGND_AB2
PGND_AB1

PVDD_B2
PVDD_B1

PVDD_C2
PVDD_C1

PGND_CD2

PVDD_D2

PGND_CD1

OUT_D

36

35

C16A

0.47U

OUT_B

BST_B

BST_C

OUT_C

C21A

0.47U

AMP_VCC

48
47
46
45
44
43
42
41
40
39
38
37

GND

GND

GND

GND

C22A

0.47U

AMP_VCC

AMP_VCC

C23A

0.47U

C24A

0.033U
C25A

0.033U

OUT_A

OUT_B

OUT_C

OUT_D

R16A

10R

C26A

330P

R19A
10R

C27A

330P

L01A

22UH

L02A

22UH

L03A

22UH

L04A

22UH

GND

GND

C28A

0.1U

C29A

0.1U

C30A

0.1U

C31A

0.1U

C32A

0.47U

C33A

0.47U

C34A

0.01U

C35A

0.01U

C36A

0.01U

C37A

0.01U

R17A

3R3

R18A

3R3

R20A

3R3

R21A

3R3

GND

GND

L-L+ R+ R-

T T

TT

P01A

L+

1

L-

2

WHITE

P02A

R+

1

R-

2

RED

AMP_RESET

R01A

100R

GND

R15A 4K7

C17A 1000P

AMP_VCC

C38A

GND

1U

C39A

1U

C40A

0.1U

3V3

NC

10KR22A

L05A

120R

GND

C41A

10U

C43A
10U

C42A

0.1U

C44A

0.1U

3V3A

GND

3V3

eMMC Module

3V3

EEP_POWER

T

EMMC_3V3

3V3

EMC_CLK
EMC_CMD
EMC_D0
EMC_D1
EMC_D2
EMC_D3

GND

R805
10K

NC/

R807 4K7

R809
4K7
R811
4K7
R813
4K7
R815
4K7
R817
4K7
R819
4K7
R821
4K7
R823
4K7

R825

4K7

U802(CPP)

13-FHG6A2-8GB

W6

CLK

W5

CMD

H3

D0

H4

D1

H5

D2

J2

D3

K6

VDD_IF4

W4

AA3
AA5

AA4
AA6

Y4

T5
K4
Y2
Y5

VDD_IF3
VDD_IF2
VDD_IF
VDD_IF1
OPTION1
VSS

VSS6
VSS7

CREG/VDDI

VSS8

iNAND

OPTION2

EMMC_RESET

EMMC_CLK
EMMC_CMD
EMMC_D5
EMMC_D3 EMC_D3
EMMC_D1 EMC_D1
EMMC_D6
EMMC_D4
EMMC_D0 EMC_D0
EMMC_D2 EMC_D2
EMMC_D7

D4
D5
D6
D7

RESET

VDD3
VDD2
VDD1

VDD

VSS1
VSS2
VSS3VSS5
VSS4

J3
J4
J5
J6

U5
M6

N5
T10
U9

M7
P5
R10
U8
H6
K2

R806

10R

R808

10R

R810

10R

R812

10R

R814

10R

R816

10R

R818

10R

R820

10R

R822

10R

R824

10R

R826

10R

EMC_D4
EMC_D5
EMC_D6
EMC_D7

EMC_RESET

EMC_RESET

EMC_CLK
EMC_CMD

EMC_D5

EMC_D6
EMC_D4

EMC_D7

EMMC_3V3

0.1UC802

C801 2U2

GND

(9)
(9)
(9)
(9)
(9)
(9)
(9)
(9)
(9)
(9)
(9)

GND

EMC_CLK

U804

1

A0

2

A1

3

A2

4

GND

BL24C32

NC/

30PC809

VCC

WP

SCL

SDA

8
7
6
5

GND

SDA2

C808

0.1U

R831

4K7

R835

R836

4K74K7

GND

R832

100R

R833

100R
100R

E_WP

I2C1_SCL

I2C1_SDA

(5)
(9)
(9)

R834

T

T

T

E2P_WPSCL2

C806C805

EMMC_3V3

C807

0.1U0.1U

3V3

L801

120R

10U

GND

PC_CE1#

PC-CD#
PC_IORD#
PC_IOWR#

PC_OE#
PC_WE#
PC_IRQ#
PC_RST

PC_WAIT#

PC_ADDR14

PC_ADDR13

PC_ADDR12
PC_ADDR8
PC_ADDR7
PC_ADDR6
PC_ADDR5
PC_ADDR4
PC_ADDR3
PC_ADDR2

PC_DATA1

TPO_DATA2
TPO_DATA1

PC_DATA2

TPI_DATA2
TPI_DATA1
TPO_DATA0

PC_DATA0

TPO_SYNC
TPO_DATA6
TPO_DATA4
TPO_DATA3
PC_ADDR1
TPO_VALID

PC_REG#
TPO_DATA5
TPO_DATA7
PC_ADDR0

TPO_CLK

TPI_DATA3
TPI_DATA4
TPI_DATA5
TPI_DATA6
TPI_DATA7

SD-WP

TPI_SYNC
TPI_VALID
TPI_DATA0

PC_ADDR11
PC_ADDR10

PC_ADDR9

PC_DATA3
PC_DATA4
PC_DATA5
PC_DATA6
PC_DATA7

SD-CLK
SD-CMD

PC_INPACK#

PC-CE2#

U500

AG24

PC_CE1N/TCON6/GP68

AH22

PC_CD0N/TCON17/GP61

AH23

PC_IORDN/TCON23/GP64

AH21

PC_IOWRN/TCON11/GP58

AH25

PC_OEN/TCON10/GP70

AC30

PC_WEN/TCON22/SC_CD_2/GP76

AB30

PC_IREQ/TCON1/GP77

AJ19

PC_RST0N/TCON1/GP53

AH19

PC_WAIT0N/TCON3/GP54

AC31

PC_A14/TCON20/SC_RST/GP75

AC32

PC_A13/TCON18/SC_D2_0/GP74

AB29

PC_A12/TCON3/GP78

AJ27

PC_A8/TCON16/GP73

AC29

PC_A7/TCON7/GP80

AD29

PC_A6/TCON5/GP79

AB28

PC_A5/TCON11/GP82

AC28

PC_A4/TCON9/GP81

R27

PC_A3/TCON15/GP84

T27

PC_A2/TCON13/GP83

AG15

PC_D1/TCON7/GP32

AM17

MII_TXC/TPO_D2/TCON9/GP33

AL19

MII_TXDEN/TPO_D1/TCON19/GP38

AL17

MII_TXD3/PC_D2/TCON11/GP34

AK17

MII_TXD2/TP0_D2/TCON13/GP35

AL18

MII_TXD1/TP0_D1/TCON15/GP36

AK18

MII_TXD0/TPO_D0/TCON17/GP37

AG16

MII_RXD3/PC_D0/TCON4/GP43

AH17

MII_RXD2/TPO_SYNC/TCON6/GP44

AG17

MII_RXD1/TPO_D6/TCON8/GP45

AH18

MII_RXD0/TPO_D4/TCON10/GP46

AK20

MII_RXER/TPO_D3/TCON20/GP51

AG18

MII_RXDV/PC_A1/TCON14/GP48

AH16

MII_RXC/TPO_VAL/TCON2/GP42

AM20

MII_COL/PC_REGN/TCON16/GP49

AJ18

MII_MDC/TPO_D5/TCON12/GP47

AJ16

MII_MDIO/TPO_D7/TCON0/GP41

AL20

MII_CRS/PC_A0/TCON18/GP50

AJ21

TPO_CLK/TCON13/GP59

AH15

TP0_D3/JTRST/GP30

AG14

TP0_D4/JTDO/GP29

AH14

TP0_D5/JTMS/GP28

AG13

TP0_D6/JTDI/GP27

AH13

TP0_D7/JTCLK/GP26

AJ12

TP0_ERR/TP2_D3/GP15

AK19

TP0_SYNC/TCON23/GP40

AJ15

TP0_VAL/GP31

AM19

TP0_D0/TCON21/GP39

AH26

SD_D7/PC_A11/TCON14/GP72

AJ25

SD_D5/PC_A10/TCON8/GP69

AG25

SD_D6/PC_A9/TCON12/GP71

AG22

SD_D1/PC_D3/TCON21/GP63

AG23

SD_D3/PC_D4/TCON0/GP65

AJ22

SD_D0/PC_D5/TCON19/GP62

AH24

SD_D2/PC_D6/TCON2/GP66

AJ24

SD_D4/PC_D7/TCON4/GP67

AH20

SD_CLK/TCON7/GP56

AG19

SD_CMD/TCON5/GP55

AG20

SD_WP/PC_IACK0/TCON9/GP57

AK21

SD_CD/PC_CE1N/TCON22/GP52

RTD2992

R901 4K7

NAND_D3

GND

GPIO_AH10

R906 4K7
GND

SPDIF_O_IN0/GP138

TP2_VAL/SPDIF_O_IN1/GP139

UART3_TX/UART1_TX/TCON6/GP9

UART3_RX/UART1_RX/TCON2/GP5

SPI_CSN/TCON6/I2S_IWCK0/GP122

SPI_CK/TCON8/I2S_IMCK0/GP123

SPI_DI/TCON12/I2C2_SCL0/SC_SCLK/GP125

SPI_DO/TCON14/I2C2_SDA0/SC_D3/GP126

TP2_CLKEN/GP140

TP2_SYNC/GP141

VS_O/TP2_D0/GP142

RFAGC/GP143

IFAGC/GP144

TUN_SCL/GP145

TUN_SDA/GP146

USB_PWR/GP1
TCON16/GP127

TCON16/GP20

EPI_LOCK/TCON18/GP0

TCON10/I2S_I_D0/GP124

TCON4/I2S_OD1/GP121
TCON2/I2S_OD0/GP120

TCON0/I2S_OMCK/GP119

TCON22/I2S_OWCK/GP118

TCON20/I2S_OSCK/GP117

ETN_LED1_TR/GP131
ETN_LED0_LK/GP130

I2C1_SCL/TCON8/GP13

I2C1_SDA/TCON10/GP14

EM_CLK/GP19

NF_RDY/EM_D0/GP18

NF_ALE/EM_D1/GP24

EM_D2/GP23

NF_WRN/EM_D3/GP25

NF_RDN/EM_D4/GP17

NF_CLE/EM_D5/GP21

EM_D6/GP16

NF_CE1N/EM_D7/GP22

NF_CE0N/GP8

NF_D0/GP10
NF_D1/GP12
NF_D2/GP11

NF_D3/GP6

NF_D4/EM_CMD/GP7

NF_D5/GP2
NF_D6/GP3
NF_D7/GP4

I2C2_SDA1/SC_CD3/GP129

I2C2_SCL1/SC_RST/GP128

CLK_TP0_EN/TCON15/GP60

3V3 3V3

NC/

FORMAT0

NC/

4K7R902

R904 4K7

3V3

NC/

4K7R905

R907 4K7

TCON_WP_OUT

NC/

GNDGND

NC/

NC/

NC/

NC/

Y4
AA5
AA6
AB5
AB6
AB4
AC4
AF1
AF2

AJ6
A5
AL15

G5
D7
A7
E8
D8
C8
B8

C4
B4

AJ10
AG8
AG11
AH12

AK14
AL14
AK16
AM16
AJ13
AM14
AK15
AG12
AL16
AG9
AH10
AH11
AG10
AH9
AJ9
AJ7
AH7
AH8

B7
C7

B6
C6
C5
B5

AG21

4K7R903

3V3

4K7R908

SPDIF_OUT

T2_VALID

T2_CLK

T2_SYNC

T2_D0

T2_RST

TU_IFAGC_OUT

TU_SCL_OUT

TU_SDA_OUT

CR_PWR_EN

EMMC_RESET

GPIO_AH10

VBY1_LOCKN
VBY1_HTPDN

I2C_SDA

EPI_LOCK

I2C_SCL
PIN_A7

I2S_DATA

I2S_MCLK

I2S_LRCK

I2S_BCLK

AMP_RESET

3D_FLAG
UART_RX2

I2C1_SCL
I2C1_SDA

EMMC_CLK
EMMC_D0
EMMC_D1
EMMC_D2
EMMC_D3
EMMC_D4
EMMC_D5
EMMC_D6
EMMC_D7

LD_EN

TCON_WP_OUT

FORMAT0

NAND_D3

EMMC_CMD

UART_TX2

NAND_D6

3D_CTRL

(10)
(10)

TPI_CLK

(7)
(7)
(7)
(7)

(10)
(10)

(8)
(8)

(10)

(3)
(2)
(2)
(2)
(2)
(2)
(2)
(2)
(2)

(7)
(8)

(7)

(7)

(8)
(8)
(8)
(8)
(8)
(8)
(8)
(8)
(8)

(11)

(10)

(8)

R963
100R

WIFI_ON

(3)

FLASH_TYPE

2:eMMC

AT_SPEED_SCAN
0:Low-speed SCAN test
1:AT-speed SCAN test

ECC_type

0:6-bit (Default)
1:12-bit
2:24-bit
3:40-bit

PAGE_SIZE_bit0

PAGE_SIZE

0:2K(Default)
1:4K
2:8K

PAGE_SIZE_bit1

FLASH_TYPE_bit0

0:NAND (Default)

1:SPI

Power On Latch

PLL_EN

0:Disable
1:Enable

ECC_bit0

ECC_bit1

I2S_DATA

PIN_A7

EPI_LOCK

CR_PWR_EN

UART_TX2

NAND_D6

I2S_BCLK

R909 4K7

4K7R910

R911 4K7

NC/

GND

R912

R913

R914

NC/

4K7

NC/

R915 4K7
GND

R917

R918

R919

R920 4K7

NC/

NC/

NC/

NC/

4K7R921

4K7

4K7

4K7

4K7

4K7

3V3

3V3

3V3

3V3

3V3

3V3

3V3

PCM_VCC

TPI_CLK

0.1U

NC/

C903

GND

GND

RP935

22R

C915

NC/

PC_CD1#_CON
TPI_DATA3_CON
TPI_DATA4_CON
TPI_DATA5_CON
TPI_DATA6_CON
TPI_DATA7_CON
PC_CE2#_CON

VS1#_CON
PC_IORD#_CON
PC_IOWR#_CON
TPO_SYNC_CON
TPO_DATA0_CON
TPO_DATA1_CON
TPO_DATA2_CON
TPO_DATA3_CON

PC_VPP2
TPO_DATA4_CON
TPO_DATA5_CON
TPO_DATA6_CON
TPO_DATA7_CON
TPI_CLK_CON
PC_RST_CON
PC_WAIT#_CON
PC_INPACK#_CON
PC_REG#_CON
TPI_VALID_CON
TPI_SYNC_CON
TPI_DATA0_CON
TPI_DATA1_CON
TPI_DATA2_CON
PC_CD2#_CON

22P

GND

3V3

R926

NC/

R927

NC/

R928
R929

NC/

R930

NC/

R931

NC/

R932

NC/

R933

NC/

R934
R935

NC/

R936

NC/

10K

10K

10K
10K

10K

0R
10K
10K
10K

0R
0R

GND

P901

35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68

C916

NC/

PC_CE2#

VS1#_CON
PC_WAIT#_CON
PC_INPACK#_CON
PC_VPP2

PC_CE1#_CON
PC_OE#_CON
PC_WE#_CON
PC_IRQ#_CON
PC_VPP1

IOIS16#_CON

3V3

22P

GND

RP947

22R

R942

PC_CD1#_CON

4K7

R943

PC_CD2#_CON

4K7

1
2

PC_DATA3_CON

3

PC_DATA4_CON

4

PC_DATA5_CON

5

PC_DATA6_CON

6

PC_DATA7_CON

7

PC_CE1#_CON

8

PC_ADDR10_CON

9

PC_OE#_CON

10

PC_ADDR11_CON

11

PC_ADDR9_CON

12

PC_ADDR8_CON

13

PC_ADDR13_CON

14

PC_ADDR14_CON

15

PC_WE#_CON

16

PC_IRQ#_CON

17
18

PC_VPP1

19

TPO_VALID_CON

20

TPO_CLK_CON

21

PC_ADDR12_CON

22

PC_ADDR7_CON

23

PC_ADDR6_CON

24

PC_ADDR5_CON

25

PC_ADDR4_CON

26

PC_ADDR3_CON

27

PC_ADDR2_CON

28

PC_ADDR1_CON

29

PC_ADDR0_CON

30

PC_DATA0_CON

31

PC_DATA1_CON

32

PC_DATA2_CON

33

IOIS16#_CON

34

GND

TPO_CLKTPO_CLK_CONTPI_CLK_CON

3V3

R937
R938
R939 4K7

1 2

D901

BAT54C

GND

5V

PC-CE2#

PC_ADDR0

R965
PTC

P

PC_REG#

TPO_DATA3

PCM_VCC

TPI_DATA0

C904

NC/

0.1U
C905 1U

TPO_DATA1

TPI_SYNC
TPI_DATA1

TPO_DATA0

GNDGND

PC_DATA2
TPO_DATA2
TPI_DATA2

PC_ADDR3

PC_ADDR2
PC_ADDR14
PC_ADDR13

PC_ADDR7 PC_ADDR7_CON

PC_WE# PC_WE#_CON
PC_IRQ#

PC_ADDR8
PC_ADDR12

PC_ADDR6

PC_ADDR5

NC/

PC_IORD#_CON

4K7

NC/

PC_IOWR#_CON

NC/
NC/

4K7

4K7R940

PC_REG#_CON
PC_RST_CON

PC_ADDR9

PC_ADDR10

PC_OE#

PC_ADDR11

PC_IORD#

PC_CE1#
PC_DATA6
PC_DATA7

PC_DATA3

3

R945

100R

R944

39K

PC_CD#

PC_DATA5

PC-CD#

PC_DATA4

RP910

0R

1
2 7

4 5

RP911

0R

1

3 6

RP912

0R

1
2 7

4 5

RP913

0R

1

3 6

RP914

0R

1
2 7

4 5

RP915

0R

1

3 6

RP916

0R

1

3 6

RP917

0R

1

3 6

RP918

0R

1
2 7

4 5

8

PC_ADDR0_CON

63

PC_REG#_CON

TPO_DATA3_CON

8

TPI_DATA0_CON

72

TPO_DATA1_CON

TPI_SYNC_CON

54

TPI_DATA1_CON

8

TPO_DATA0_CON

PC_DATA2_CON

63

TPO_DATA2_CON

TPI_DATA2_CON

8

PC_ADDR3_CON
PC_ADDR2_CON

72

PC_ADDR14_CON
PC_ADDR13_CON

54

8

PC_ADDR4_CONPC_ADDR4

63

PC_IRQ#_CON

8

PC_ADDR8_CON

PC_ADDR12_CON

72

PC_ADDR6_CON
PC_ADDR5_CON

54

8

PC_ADDR9_CON

PC_ADDR10_CON

72

PC_OE#_CON

PC_ADDR11_CON

54

8

PC_IORD#_CON

PC_CE1#_CON

72

PC_DATA6_CON
PC_DATA7_CON

54

8

PC_DATA3_CON
PC_DATA5_CON

63

PC_CD#

PC_DATA4_CON

PC_CE2# PC_CE2#

RP907

NC/

22R

PC_WAIT#

PC_INPACK#

SD-CLK

PC_IOWR#

TPO_DATA4
TPO_DATA5

SD-CMD
PC_RST

TPO_VALID

TPO_DATA6

TPO_SYNC
PC_ADDR1

TPI_DATA3

TPI_VALID
PC_DATA0

TPO_DATA7

TPI_DATA7

TPI_DATA4

TPI_DATA5

PC_DATA1

SD-WP

TPI_DATA6

PC_CE2#_CON

RP919
1
2 7

4 5

RP920
1
2 7

4 5

RP921
1

3 6

RP922

1

3 6

RP923

1

3 6

2

0R

0R

0R

0R

0R

8

PC_WAIT#_CON

PC_INPACK#_CON

63

SD_CLK

RP908

0R

PC_IOWR#_CON

8

TPO_DATA4_CON
TPO_DATA5_CON

63

SD_CMD

PC_RST_CON

8

TPO_VALID_CON

TPO_DATA6_CON

72

TPO_SYNC_CON
PC_ADDR1_CON

54

8

TPI_DATA3_CON

TPI_VALID_CON

72

PC_DATA0_CON

TPO_DATA7_CON

54

8

TPI_DATA7_CON
TPI_DATA4_CON

72

TPI_DATA5_CON
PC_DATA1_CON

54

RP9240R

41
3

SD_WP

TPI_DATA6_CON

GND

POL_RBOOT_EN#

0 : Rom boot

1 : Don't boot form Rom

POL_TEST_EN#

0 : Enable

1 : Disable

POL_EJTAG_EN#

0 : Enable
1 : Disable

BOOT_SET

(5)

PIN_K5

(5)

GPIO_J6

(5)

Power On Latch

R948

NC/

GND

R950 4K7

4K7R949

4K7

4K7R951

3V3SB

3V3SB

3V3SB

FLASH_TYPE_bit1

RANDOM_ACCESS_MODE

0:Disable (Default)

1:Enable

I2S_LRCK

I2S_MCLK

4K7R922

R923 4K7

R924

NC/

NC/

4K7

4K7R925

GNDGNDGNDGND GNDGND

3V3

8 7 6 5

4 3 2 1

3V3

R1029

NC

NC

0RR1034

2R2R1032

R1028 4K7

4K7

UART_RX2
UART_TX2

R1061

C1061 0.1U

C1062 0.1U

USB2_D-_IN

USB2_D+_IN

0R

5V

/NC

3D_VSYNC

GND

GND

8

(9)

(9)

D2

D4

D3

5

6

D1

7

Q1001

PMK50XP

PANEL_VCC

3D CONNECTOR

BlueTooth 3D(UART or USB0 TO SOC)

F

R1031

GND

100RR1030
100R

BT_5V

R1033 2R2

UART_RX_BT
UART_TX_BT

BT_POWER

BT_SYNC

BT_GND

BT_RX

BT_TX

P1005

1
2
3
4
5

E

6

T

T

SOC_3D_SYNC
UART_RX_BT
UART_TX_BT

TT T

Panel Power Circuit

S1

S2

B

C

E

R1013

S3

G

423

Q1002
BT3904

C1020

0.1U

1

12V

R1010

33K

PANEL_ON

(5)

PANEL_ON

R1011 4K7

R1012 3K3

C1019

D

0.1U

VBY1 4K/2K/ For CMI&AUO&SDC&INNUX&LGD(8LANE)

P1002

1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51

C1006

0.1U

GND

RX0P

RX0N

RX1PP
RX1NN

RX2P
RX2N

RX3P
RX3N

RX4P
RX4N

RX5P
RX5N

RX6P
RX6N

RX7P
RX7N

LOCKN
HTPDN

8B_10B_CM

LD_EN1

TCON_WP1

TCON_WP_AU

SCL_AU_CM

SDA_AU_CM

PANEL_3D_EN

3D_FLAG1
3D_VS_BACK
PWM_TIN

GND

T

PANEL_VCC1

0.1UC1007

0.1UC1040

C1041 0.1U
C1038 0.1U

0.1UC1039

0.1UC1036

C1037 0.1U
C1034 0.1U

0.1UC1035

0.1UC1032

C1033 0.1U
C1030 0.1U

0.1UC1031

C1028 0.1U

0.1U

C1029

0.1UC1026

C1027 0.1U

R1055 100R
R1056

NC/

0RR1077

0RR1078

0RR1053

GND

PANEL_VCC

NC/

NC

100RR1073
100RR1074
100RR1054

100R

100RR1076

TX0P_1
TX0N_1

TX1P_1
TX1N_1

TX2P_1

TX2N_1

TX3P_1
TX3N_1

TX4P_1

TX4N_1
TX5P_1

TX5N_1
TX6P_1

TX6N_1
TX7P_1

TX7N_1

BITSL_3DEN

P_SCL

P_SDA

(5)
(5)

(5)
(5)

(5)
(5)

(5)
(5)

(5)
(5)

(5)
(5)

(5)
(5)

R1003

(5)

R1004 0R

R1051 100R

(5)

R1075

R1070 100R

LD_EN

8B_10B_CM

NC/

NC

NC

0R

0RR1072

0R

100RR1071

R1002 10K

R1001 10K

TCON_WP_OUT

R1007 100R
R1005 100R

100RR1006

NC/

NC/

R1050

4K7

R1057 4K7

3V3

VBY1_LOCKN
VBY1_HTPDN

NAND_D3

LD_EN

I2C1_SCL
I2C1_SDA

3D_EN_PANEL

3D_FLAG
3D_VSYNC

3V3

3D_EN_PANEL
3D_FLAG
3D_VSYNC

F

E

D

2K7

GND

GND

RESISTER SETTING FOR INNOLUX/V500DK2-QS1

C

GND

C

B

A

THIS DRAWING CANNOT BE COMMUNICATED TO UNAUTHORIZED PERSONS COPIED UNLES S PERMITTED IN WRITING

B

...

...

...

...

Index-Lab

Last saved :

5

DD-MM

DD-MM

DD-MM

DD-MM

DATE

...
...
...
...

...

...

...

...

DESCRIPTION Last modifNAME

5-5-2008_15:52

4678

...

...

...

...

SBU :

TCLNO:

.............

DESIGNATION

...........

ON:
BY:

DRAWN

TCL Thomson Electronics Ltd.

B Building, TCL Tower, Nanhai Road

Nanshan District, Shenzhen, Guangdong
Tel [phone]xxxx Fax [phone]xxxx

CHECKED

DD-MM-YY

ON:
BY:

......

PAGE:

OF :

A

3 2 1

FORMAT DIN A2

8 7 6 5 4 3 2 1

Date:20141104 01-RT95L1-MAA2HG PEEEPARED BY DAVID REN

DISCRIPTION:MODIFIED FOR AP(E5800)

FROM 01-RT9200-MAB2HG

F

PAGE 1:POWER

VARIBLE CONTENTS:

(1-1) 14PIN MAINPOWER(12V);

F

(1-2) ADD 12V TO 3V3SB&5V CONTROL

(1-3)ADD 2PIN CONNECT FOR KEYIN..

PAGE 2:TUNER

PAGE 3:

E

AV1

(2-1)REPLACE CXD2837 WITH ATBM7811
(3-1)RELACE DOUBLE USB CON

(3-2)DELETE YPBPR

(3-3)ADD AV1

E

SPDIF&ERAPHONE

USB3.0&USB2.0

(3-2)TVS for YPBPR&SPDIF&EAR-DET

(3-3)TVS FOR USB2.0&USB3.0

RJ45

(3-4)RJ45 PROTECTION-STANDARD3.8

D

PAGE 4:HDMI

PAGE 5:RT2995 POWER&

GND&SIGNAL IN and OUT

(4-1)REPLACE HDMI TVS part type

(4-2)TVS FOR VGA-HS&VS&DDC&RX-TX

(1)2995lvds OUTPUT FOR 4K2K

(2)ASSIN 2995 AL2&AL1 FOR AV1_L(R)_IN

D

PAGE 6:DDR

PAGE 7:SPEAKER AMPLFIER

follow 01-RT9200-MAB2HG

modified sign:12v/24v to amp_vcc

follow 01-RT9200-MAB2HGPAGE 8:EMMC&EEPROM

C

PAGE 9:RT2995 GPIO

PAGE 10 vb1 out:

B

A

THIS DRAWING CANNOT BE COMMUNICATED TO UNAUTHORIZED PERSONS COPIED UNLES S PERMITTED IN WRITING

(9-1)DELETE SD&SD_3V3

(10-1)add E5800 oc compatible disign

C

B

TCL

WW R&D CENTER TCL MULTIMEDIA TECHNOLOGY HOLDING LTD.

5TH FLOOR.TCL BUILDING.SOUTH NANHAI ROAD

NANSHAN DISTRICT.SHENZHEN.GUANGDONG 518067 CHINA

TEL:[phone]

NOTE:

45678

...........

PAGE: OF

123

A

FORMAT DIN A3

$1I5472