Lg 37ld460 User manual

LCD TV

SERVICE MANUAL

CAUTION

BEFORE SERVICING THE CHASSIS,

READ THE SAFETY PRECAUTIONS IN THIS MANUAL.

CHASSIS : LL01B

MODEL : 37LD460 37LD460-MA

North/Latin America http://aic.lgservice.com

Europe/Africa http://eic.lgservice.com

Asia/Oceania http://biz.lgservice.com

Internal Use Only

Printed in KoreaP/NO : MFL62886412 (1005-REV00)

Only for training and service purposes - 2 -

CONTENTS

CONTENTS .............................................................................................. 2

PRODUCT SAFETY ..................................................................................3

SPECIFICATION........................................................................................6

ADJUSTMENT INSTRUCTION ...............................................................12

EXPLODED VIEW .................................................................................. 19

SVC. SHEET ...............................................................................................

Only for training and service purposes - 3 -

SAFETY PRECAUTIONS

Many electrical and mechanical parts in this chassis have special safety-related characteristics. These parts are identified by in the

Schematic Diagram and Exploded View.

It is essential that these special safety parts should be replaced with the same components as recommended in this manual to prevent

Shock, Fire, or other Hazards.

Do not modify the original design without permission of manufacturer.

General Guidance

An isolation Transformer should always be used during the

servicing of a receiver whose chassis is not isolated from the AC

power line. Use a transformer of adequate power rating as this

protects the technician from accidents resulting in personal injury

from electrical shocks.

It will also protect the receiver and it's components from being

damaged by accidental shorts of the circuitry that may be

inadvertently introduced during the service operation.

If any fuse (or Fusible Resistor) in this TV receiver is blown,

replace it with the specified.

When replacing a high wattage resistor (Oxide Metal Film Resistor,

over 1W), keep the resistor 10mm away from PCB.

Keep wires away from high voltage or high temperature parts.

Before returning the receiver to the customer,

always perform an AC leakage current check on the exposed

metallic parts of the cabinet, such as antennas, terminals, etc., to

be sure the set is safe to operate without damage of electrical

shock.

Leakage Current Cold Check(Antenna Cold Check)

With the instrument AC plug removed from AC source, connect an

electrical jumper across the two AC plug prongs. Place the AC

switch in the on position, connect one lead of ohm-meter to the AC

plug prongs tied together and touch other ohm-meter lead in turn to

each exposed metallic parts such as antenna terminals, phone

jacks, etc.

If the exposed metallic part has a return path to the chassis, the

measured resistance should be between 1MΩand 5.2MΩ.

When the exposed metal has no return path to the chassis the

reading must be infinite.

An other abnormality exists that must be corrected before the

receiver is returned to the customer.

Leakage Current Hot Check (See below Figure)

Plug the AC cord directly into the AC outlet.

Do not use a line Isolation Transformer during this check.

Connect 1.5K/10watt resistor in parallel with a 0.15uF capacitor

between a known good earth ground (Water Pipe, Conduit, etc.)

and the exposed metallic parts.

Measure the AC voltage across the resistor using AC voltmeter

with 1000 ohms/volt or more sensitivity.

Reverse plug the AC cord into the AC outlet and repeat AC voltage

measurements for each exposed metallic part. Any voltage

measured must not exceed 0.75 volt RMS which is corresponds to

0.5mA.

In case any measurement is out of the limits specified, there is

possibility of shock hazard and the set must be checked and

repaired before it is returned to the customer.

Leakage Current Hot Check circuit

1.5 Kohm/10W

To Instrument’s

exposed

METALLIC PARTS

Good Earth Ground

such as WATER PIPE,

CONDUIT etc.

AC Volt-meter

When 25A is impressed between Earth and 2nd Ground

for 1 second, Resistance must be less than 0.1

*Base on Adjustment standard

IMPORTANT SAFETY NOTICE

0.15uF

Ω

Only for training and service purposes - 4 -

CAUTION: Before servicing receivers covered by this service

manual and its supplements and addenda, read and follow the

SAFETY PRECAUTIONS on page 3 of this publication.

NOTE: If unforeseen circumstances create conflict between the

following servicing precautions and any of the safety precautions on

page 3 of this publication, always follow the safety precautions.

Remember: Safety First.

General Servicing Precautions

1. Always unplug the receiver AC power cord from the AC power

source before;

a. Removing or reinstalling any component, circuit board

module or any other receiver assembly.

b. Disconnecting or reconnecting any receiver electrical plug or

other electrical connection.

c. Connecting a test substitute in parallel with an electrolytic

capacitor in the receiver.

CAUTION: A wrong part substitution or incorrect polarity

installation of electrolytic capacitors may result in an

explosion hazard.

2. Test high voltage only by measuring it with an appropriate high

voltage meter or other voltage measuring device (DVM,

FETVOM, etc) equipped with a suitable high voltage probe.

Do not test high voltage by "drawing an arc".

3. Do not spray chemicals on or near this receiver or any of its

assemblies.

4. Unless specified otherwise in this service manual, clean

electrical contacts only by applying the following mixture to the

contacts with a pipe cleaner, cotton-tipped stick or comparable

non-abrasive applicator; 10% (by volume) Acetone and 90% (by

volume) isopropyl alcohol (90%-99% strength)

CAUTION: This is a flammable mixture.

Unless specified otherwise in this service manual, lubrication of

contacts in not required.

5. Do not defeat any plug/socket B+ voltage interlocks with which

receivers covered by this service manual might be equipped.

6. Do not apply AC power to this instrument and/or any of its

electrical assemblies unless all solid-state device heat sinks are

correctly installed.

7. Always connect the test receiver ground lead to the receiver

chassis ground before connecting the test receiver positive

lead.

Always remove the test receiver ground lead last.

8. Use with this receiver only the test fixtures specified in this

service manual.

CAUTION: Do not connect the test fixture ground strap to any

heat sink in this receiver.

Electrostatically Sensitive (ES) Devices

Some semiconductor (solid-state) devices can be damaged easily

by static electricity. Such components commonly are called

Electrostatically Sensitive (ES) Devices. Examples of typical ES

devices are integrated circuits and some field-effect transistors and

semiconductor "chip" components. The following techniques

should be used to help reduce the incidence of component

damage caused by static by static electricity.

1. Immediately before handling any semiconductor component or

semiconductor-equipped assembly, drain off any electrostatic

charge on your body by touching a known earth ground.

Alternatively, obtain and wear a commercially available

discharging wrist strap device, which should be removed to

prevent potential shock reasons prior to applying power to the

unit under test.

2. After removing an electrical assembly equipped with ES

devices, place the assembly on a conductive surface such as

aluminum foil, to prevent electrostatic charge buildup or

exposure of the assembly.

3. Use only a grounded-tip soldering iron to solder or unsolder ES

devices.

4. Use only an anti-static type solder removal device. Some solder

removal devices not classified as "anti-static" can generate

electrical charges sufficient to damage ES devices.

5. Do not use freon-propelled chemicals. These can generate

electrical charges sufficient to damage ES devices.

6. Do not remove a replacement ES device from its protective

package until immediately before you are ready to install it.

(Most replacement ES devices are packaged with leads

electrically shorted together by conductive foam, aluminum foil

or comparable conductive material).

7. Immediately before removing the protective material from the

leads of a replacement ES device, touch the protective material

to the chassis or circuit assembly into which the device will be

installed.

CAUTION: Be sure no power is applied to the chassis or circuit,

and observe all other safety precautions.

8. Minimize bodily motions when handling unpackaged

replacement ES devices. (Otherwise harmless motion such as

the brushing together of your clothes fabric or the lifting of your

foot from a carpeted floor can generate static electricity

sufficient to damage an ES device.)

General Soldering Guidelines

1. Use a grounded-tip, low-wattage soldering iron and appropriate

tip size and shape that will maintain tip temperature within the

range or 500°F to 600°F.

2. Use an appropriate gauge of RMA resin-core solder composed

of 60 parts tin/40 parts lead.

3. Keep the soldering iron tip clean and well tinned.

4. Thoroughly clean the surfaces to be soldered. Use a mall wire-

bristle (0.5 inch, or 1.25cm) brush with a metal handle.

Do not use freon-propelled spray-on cleaners.

5. Use the following unsoldering technique

a. Allow the soldering iron tip to reach normal temperature.

(500°F to 600°F)

b. Heat the component lead until the solder melts.

c. Quickly draw the melted solder with an anti-static, suction-

type solder removal device or with solder braid.

CAUTION: Work quickly to avoid overheating the circuit

board printed foil.

6. Use the following soldering technique.

a. Allow the soldering iron tip to reach a normal temperature

(500°F to 600°F)

b. First, hold the soldering iron tip and solder the strand against

the component lead until the solder melts.

c. Quickly move the soldering iron tip to the junction of the

component lead and the printed circuit foil, and hold it there

only until the solder flows onto and around both the

component lead and the foil.

CAUTION: Work quickly to avoid overheating the circuit

board printed foil.

d. Closely inspect the solder area and remove any excess or

splashed solder with a small wire-bristle brush.

SERVICING PRECAUTIONS

Only for training and service purposes - 5 -

IC Remove/Replacement

Some chassis circuit boards have slotted holes (oblong) through

which the IC leads are inserted and then bent flat against the

circuit foil. When holes are the slotted type, the following technique

should be used to remove and replace the IC. When working with

boards using the familiar round hole, use the standard technique

as outlined in paragraphs 5 and 6 above.

Removal

1. Desolder and straighten each IC lead in one operation by gently

prying up on the lead with the soldering iron tip as the solder

melts.

2. Draw away the melted solder with an anti-static suction-type

solder removal device (or with solder braid) before removing the

IC.

Replacement

1. Carefully insert the replacement IC in the circuit board.

2. Carefully bend each IC lead against the circuit foil pad and

solder it.

3. Clean the soldered areas with a small wire-bristle brush.

(It is not necessary to reapply acrylic coating to the areas).

"Small-Signal" Discrete Transistor

Removal/Replacement

1. Remove the defective transistor by clipping its leads as close as

possible to the component body.

2. Bend into a "U" shape the end of each of three leads remaining

on the circuit board.

3. Bend into a "U" shape the replacement transistor leads.

4. Connect the replacement transistor leads to the corresponding

leads extending from the circuit board and crimp the "U" with

long nose pliers to insure metal to metal contact then solder

each connection.

Power Output, Transistor Device

Removal/Replacement

1. Heat and remove all solder from around the transistor leads.

2. Remove the heat sink mounting screw (if so equipped).

3. Carefully remove the transistor from the heat sink of the circuit

board.

4. Insert new transistor in the circuit board.

5. Solder each transistor lead, and clip off excess lead.

6. Replace heat sink.

Diode Removal/Replacement

1. Remove defective diode by clipping its leads as close as

possible to diode body.

2. Bend the two remaining leads perpendicular y to the circuit

board.

3. Observing diode polarity, wrap each lead of the new diode

around the corresponding lead on the circuit board.

4. Securely crimp each connection and solder it.

5. Inspect (on the circuit board copper side) the solder joints of

the two "original" leads. If they are not shiny, reheat them and if

necessary, apply additional solder.

Fuse and Conventional Resistor

Removal/Replacement

1. Clip each fuse or resistor lead at top of the circuit board hollow

stake.

2. Securely crimp the leads of replacement component around

notch at stake top.

3. Solder the connections.

CAUTION: Maintain original spacing between the replaced

component and adjacent components and the circuit board to

prevent excessive component temperatures.

Circuit Board Foil Repair

Excessive heat applied to the copper foil of any printed circuit

board will weaken the adhesive that bonds the foil to the circuit

board causing the foil to separate from or "lift-off" the board. The

following guidelines and procedures should be followed whenever

this condition is encountered.

At IC Connections

To repair a defective copper pattern at IC connections use the

following procedure to install a jumper wire on the copper pattern

side of the circuit board. (Use this technique only on IC

connections).

1. Carefully remove the damaged copper pattern with a sharp

knife. (Remove only as much copper as absolutely necessary).

2. carefully scratch away the solder resist and acrylic coating (if

used) from the end of the remaining copper pattern.

3. Bend a small "U" in one end of a small gauge jumper wire and

carefully crimp it around the IC pin. Solder the IC connection.

4. Route the jumper wire along the path of the out-away copper

pattern and let it overlap the previously scraped end of the good

copper pattern. Solder the overlapped area and clip off any

excess jumper wire.

At Other Connections

Use the following technique to repair the defective copper pattern

at connections other than IC Pins. This technique involves the

installation of a jumper wire on the component side of the circuit

board.

1. Remove the defective copper pattern with a sharp knife.

Remove at least 1/4 inch of copper, to ensure that a hazardous

condition will not exist if the jumper wire opens.

2. Trace along the copper pattern from both sides of the pattern

break and locate the nearest component that is directly

connected to the affected copper pattern.

3. Connect insulated 20-gauge jumper wire from the lead of the

nearest component on one side of the pattern break to the lead

of the nearest component on the other side.

Carefully crimp and solder the connections.

CAUTION: Be sure the insulated jumper wire is dressed so the

it does not touch components or sharp edges.

Only for training and service purposes - 6 -

SPECIFICATION

NOTE : Specifications and others are subject to change without notice for improvement

1. Application range

This specification is applied to the 32”/37”/42”/47” LCD TV

used LL01B chassis.

2. Requirement for Test

Each part is tested as below without special appointment.

Temperature : 25 ºC ± 5 ºC (77 ºF ± 9 ºF), CST : 40ºC ± 5 ºC

2) Relative Humidity : 65 ± 10 %

3) Power Voltage : Standard input voltage (100-240V~50/60Hz)

* Standard Voltage of each products is marked by models.

4) Specification and performance of each parts are followed

each drawing and specification by part number in

accordance with BOM.

5) The receiver must be operated for about 5 minutes prior to

the adjustment.

3. Test method

1) Performance: LGE TV test method followed

2) Demanded other specification

- Safety: CE / ICE specification

EMI: CE / ICE

Only for training and service purposes - 7 -

4. Chroma& Brightness

4.1. Module optical specification

*** LGD module Uniformity Measurement Position***

P1 P2

P4 P5

1W/4 2W/4 3W/4

1H/4

2H/4

3H/4

: Measurement position (5 point)

1) Optical characteristics are determined after the unit has been ‘ON’and stable in a dark environment at 25 °C ± 2 °C

2) Surface luminance is the luminance value at center 1-point across the LCD surface 50cm from the surface with all pixels

displaying white.

No. Item Specification Min. Typ. Max. Remark

1. Viewing Angle<CR>10> Right/Left/Up/Down 70 88 CR > 10

Luminance (cd/m2) 360 450

2. Luminance Variation - 1.25

3. Contrast Ratio CR 4000 5000 All white/ All black

White WX 0.278

WY Typ 0.285 Typ

RED Xr - 0.03 0.641 +0.03

4. CIE Color Coordinates Yr 0.344

Green Xg 0.280

Yg 0.607

Blue Xb 0.144

Yb 0.072

4.1.1. 32” LCD Module (SHARP) LK315D3LA57

Only for training and service purposes - 8 -

1) Optical characteristics are determined after the unit has been ‘ON’and stable in a dark environment at 25±2°C

2) Surface luminance is the luminance value at center 1-point across the LCD surface 50cm from the surface with all pixels

displaying white.

No. Item Specification Min. Typ. Max. Remark

1. Viewing Angle<CR>10> Right/Left/Up/Down 89 CR > 10

Luminance (cd/m2) 400 500

2. Luminance Variation - 1.3

3. Contrast Ratio CR 1000 1400 All white/ All black

White WX 0.279

WY Typ 0.292 Typ

RED Xr - 0.03 0.642 +0.03

4. CIE Color Coordinates Yr 0.334

Green Xg 0.292

Yg 0.607

Blue Xb 0.146

Yb 0.056

4.1.2. 32” LCD Module (LGD) LC320WUG-SCA1

1) Optical characteristics are determined after the unit has been ‘ON’and stable in a dark environment at 25±2°C

2) Surface luminance is the luminance value at center 1-point across the LCD surface 50cm from the surface with all pixels

displaying white.

No. Item Specification Min. Typ. Max. Remark

1. Viewing Angle<CR>10> Right/Left/Up/Down 89 CR > 10

Luminance (cd/m2) 400 500

2. Luminance Variation - 1.3

3. Contrast Ratio CR 1100 1500 All white/ All black

White WX 0.279

WY Typ 0.292 Typ

RED Xr - 0.03 0.639 +0.03

4. CIE Color Coordinates Yr 0.334

Green Xg 0.289

Yg 0.606

Blue Xb 0.145

Yb 0.065

4.1.3. 37” LCD Module (LGD) LC370WUG-SCA1

Only for training and service purposes

1) Optical characteristics are determined after the unit has been ‘ON’and stable in a dark environment at 25±2°C

2) Surface luminance is the luminance value at center 1-point across the LCD surface 50cm from the surface with all pixels

displaying white.

No. Item Specification Min. Typ. Max. Remark

1. Viewing Angle<CR>10> Right/Left/Up/Down 89 CR > 10

Luminance (cd/m2) 400 500

2. Luminance Variation - 1.3

3. Contrast Ratio CR 1100 1500 All white/ All black

White WX 0.279

WY Typ 0.292 Typ

RED Xr - 0.03 0.636 +0.03

4. CIE Color Coordinates Yr 0.335

Green Xg 0.291

Yg 0.603

Blue Xb 0.146

Yb 0.061

4.1.4. 42” LCD Module (LGD) LC420WUG-SCA1

1) Optical characteristics are determined after the unit has been ‘ON’and stable in a dark environment at 25±2°C

2) Surface luminance is the luminance value at center 1-point across the LCD surface 50cm from the surface with all pixels

displaying white.

No. Item Specification Min. Typ. Max. Remark

1. Viewing Angle<CR>10> Right/Left/Up/Down 89 CR > 10

Luminance (cd/m2) 400 500

2. Luminance Variation - 1.3

3. Contrast Ratio CR 1100 1500 All white/ All black

White WX 0.279

WY Typ 0.292 Typ

RED Xr - 0.03 0.639 +0.03

4. CIE Color Coordinates Yr 0.334

Green Xg 0.290

Yg 0.606

Blue Xb 0.146

Yb 0.058

4.1.5. 47” LCD Module (LGD) LC470WUG-SCA1

Only for training and service purposes - 10 -

5. Component Video Input (Y, CB/PB, CR/PR)

No Specification Remark

Resolution H-freq(kHz) V-freq(Hz)

1. 720x480 15.73 60.00 SDTV,DVD 480i

2. 720x480 15.63 59.94 SDTV,DVD 480i

3. 720x480 31.47 59.94 480p

4. 720x480 31.50 60.00 480p

5. 720x576 15.625 50.00 SDTV,DVD 625 Line

6. 720x576 31.25 50.00 HDTV 576p

7. 1280x720 37.50 50.00 HDTV 720p

8. 1280x720 44.96 59.94 HDTV 720p

9. 1280x720 45.00 60.00 HDTV 720p

10. 1920x1080 28.125 50.00 HDTV 1080i

11. 1920x1080 33.75 60.00 HDTV 1080i

12. 1920x1080 33.72 59.94 HDTV 1080i

13. 1920x1080 56.250 50 HDTV 1080p

14. 1920x1080 67.43/67.5 59.94/60 HDTV 1080p

No Specification Proposed Remark

Resolution H-freq(kHz) V-freq(Hz) Pixel Clock(MHz)

1. 720*400 31.468 70.08 28.321 For only DOS mode

2. 640*480 31.469 59.94 25.17 VESA

Input 848*480

60Hz, 852*480 60Hz

-> 640*480 60Hz Display

3. 800*600 37.879 60.31 40.00 VESA

4. 1024*768 48.363 60.00 65.00 VESA(XGA)

5. 1280*768 47.78 59.87 79.5 WXGA

6. 1360*768 47.72 59.8 84.75 WXGA

7. 1280*1024 63.595 60.0 108.875 SXGA FHD model

8. 1920*1080 66.587 59.93 138.625 WUXGA FHD model

6. RGB (PC)

No. Item Min Typ Max Remark

1. Cool White Balance,X axis 0.267 0.269 0.271 DQA : ±0.015 PSM: Vivid,

White Balance,Y axis 0.271 0.273 0.275 White (85IRE)

2. Medium White Balance,X axis 0.283 0.285 0.287 Color Temp : C50 -> Cool

White Balance,Y axis 0.291 0.293 0.295 0 -> Medium

3. Warm White Balance,X axis 0.311 0.313 0.315 W50 -> Warm

White Balance,Y axis 0.327 0.329 0.331

4.2. Chroma (Vivid)

- except “RGB PC Mode PSM: Standard, Color Temperature:Medium”

** The W/B Tolerance is ±0.002 for Adjustment, but for DQA ±0.015

Only for training and service purposes - 11 -

No Resolution H-freq(kHz) V-freq.(Hz) Pixel clock(MHz) Proposed Remark

1. 720*400 31.468 70.08 28.321 HDCP

2. 640*480 31.469 59.94 25.17 VESA HDCP

3. 800*600 37.879 60.31 40.00 VESA HDCP

4. 1024*768 48.363 60.00 65.00 VESA(XGA) HDCP

5. 1280*768 47.78 59.87 79.5 WXGA HDCP

6. 1360*768 47.72 59.8 84.75 WXGA HDCP

7. 1280*1024 63.595 60.0 108.875 SXGA HDCP

8. 1920*1080 67.5 60 148.5 WUXGA HDCP

7.2. PC Mode

7. HDMI Input (PC/DTV)

7.1. DTV Mode

No Resolution H-freq(kHz) V-freq.(Hz) Pixel clock(MHz) Proposed Remark

1. 720*480 31.469 /31.5 59.94 / 60 27.00/27.03 SDTV 480P

2. 720*576 31.25 50 54 SDTV 576P

3. 1280*720 37.500 50 74.25 HDTV 720P

4. 1280*720 44.96 / 45 59.94 / 60 74.17/ 74.25 HDTV 720P

5. 1920*1080 33.72 / 33.75 59.94 / 60 74.17/ 74.25 HDTV 1080I

6. 1920*1080 28.125 50.00 74.25 HDTV 1080I

7. 1920*1080 26.97 / 27 23.97 / 24 74.17/ 74.25 HDTV 1080P

8. 1920*1080 33.716 / 33.75 29.976 / 30.00 74.25 HDTV 1080P

9. 1920*1080 56.250 50 148.5 HDTV 1080P

10. 1920*1080 67.43 / 67.5 59.94 / 60 148.35/148.50 HDTV 1080P

Only for training and service purposes - 12 -

ADJUSTMENT INSTRUCTION

1. Application Range

This specification sheet is applied to all of the LCD TV with

LL01A/B chassis.

2. Designation

1) The adjustment is according to the order which is

designated and which must be followed, according to the

plan which can be changed only on agreeing.

2) Power Adjustment: Free Voltage

3) Magnetic Field Condition: Nil.

4) Input signal Unit: Product Specification Standard

5) Reserve after operation: Above 5 Minutes (Heat Run)

Temperature : at 25 ºC ± 5 ºC

Relative humidity : 65 ± 10%

Input voltage : 220V, 60Hz

6) Adjustment equipments: Color Analyzer (CA-210 or CA-

110), Pattern Generator(MSPG-925L or Equivalent), DDC

Adjustment Jig equipment, SVC remote controller

7) Push The “IN STOP KEY”- For memory initialization.

3. Main PCB check process

* APC - After Manual-Insert, executing APC

* Boot file Download

(1) Execute ISP program “Mstar ISP Utility”and then click

“Config”tab.

(2) Set as below, and then click “Auto Detect”and check “OK”

message.

If “Error”is displayed, Check connection between

computer, jig, and set..

(3) Click “Read”tab, and then load download file (XXXX.bin)

by clicking “Read”.

(4) Click “Connect”tab. If “Can’t” is displayed, check

connection between computer, jig, and set.

(5) Click “Auto”tab and set as below

(6) Click “Run”.

(7) After downloading, check “OK”message.

filexxx.bin

(7)

(5)

(8) ……….OK

(6)

(1) (3)

(2) OK

Please Check the Speed :

To use speed between

from 200KHz to 400KHz

(4)

filexxx.bin

Case1 : Software version up

1. After downloading S/W by USB, TV set will reboot

automatically

2. Push “In-stop”key

3. Push “Power on”key

4. Function inspection

5. After function inspection, Push “I n-stop”key.

Case2 : Function check at the assembly line

1. When TV set is entering on the assembly line, Push

“In-stop”key at first.

2. Push “Power on”key for turning it on.

-> If you push “Power on”key, TV set will recover

channel information by itself.

3. After function inspection, Push “In-stop”key.

Only for training and service purposes

* USB DOWNLOAD(*.epk file download)

(1) Put the USB Stick to the USB socket.

(2) Automatically detecting update file in USB Stick.

- If your downloaded program version in USB Stick is Low,

it didn’t work. But your downloaded version is High, USB

data is automatically detecting

(3) Show the message “Copying files from memory”

(4) Updating is staring.

(5) After updating is complete, The TV will restart automatically.

(6) If TV turns on, check your updated version and Tool

option. (refer to the next page about tool option)

* If downloading version is higher than your TV have, TV

can lost all channel data. In this case, you have to

channel recover. If all channel data is cleared, you didn’t

have a DTV/ATV test on production line.

* After downloading, have to adjust Tool Option again.

1. Push "IN-START" key in service remote controller.

2. Select "Tool Option 1" and Push “OK”button.

3. Punch in the number. (Each model has their number.)

4. Completed selecting Tool option.

* Have to adjust Area code.

1. Push "ADJ" key in service remote controller.

2. Select "Area Option" and Push “OK”button.

3. Punch in the number. (Each model has their number.)

- 13 -

Model

Tool option1 Tool option2 Tool option3 Tool option4 Tool option5

22LE5300-MA(LGD)

8417 8714 51236 28940 3104

26LE5300-MA(LGD)

12513 18954 51236 28940 3104

32LD460-MA(LGD)

17121 10774 51204 28940 32

42LD460-MA(LGD)

25313 10774 51204 28940 32

37LD460-DA(LGD)

21217 10774 51204 23940 32

47LD460-DA(LGD)

33505 10774 51204 28940 32

32LE5300-MA(AUO)

16616 27926 55340 28940 32

37LE5300-MA(LGD)

20704 27926 55340 28940 32

42LE5300-MA(LGD)

24800 27926 55340 28940 32

47LE5300-MA(LGD)

32992 27926 55340 28940 32

55LE5300-MA(LGD)

45280 27926 55340 28940 32

22LE6500-MA(LGD)

9057 8714 51236 28940 3104

26LE6500-MA(LGD)

13513 18954 51236 28940 3104

iTV Software Upgrade

Upgrading...

Do not plug off!

63%

iTV Software Upgrade

Upgrading COMPLETED

The TV will restart after seconds.

100%

iTV Software Upgrade

Copying files from memory

Do not remove the memory card from the pc

Do not plug off!

3.1. ADC Process

(1) ADC

•Enter Service Mode by pushing “ADJ”key

•Enter Internal ADC mode by pushing “G”key at “6. ADC

Calibration”

Caution: Using ‘power on’button of the Adj. R/C, power on TV.

* ADC Calibration Protocol (RS232)

- Adjust Sequence

•aa 00 00 [Enter Adjust Mode]

•xb 00 40 [Component1 Input (480i)]

•ad 00 10 [Adjust 480i Comp1]

•xb 00 60 [RGB Input (1024x768)]

•ad 00 10 [Adjust 1024x768 RGB]

•aa 00 90 [End Adjust Mode]

* Required equipment : Adjustment R/C

3.2. Function Check

(1) Check display and sound

- Check Input and Signal items. (cf. work instructions)

1) TV

2) AV (CVBS)

3) COMPONENT (480i)

4) RGB (PC : 1024 x 768 @ 60hz)

5) HDMI

6) PC Audio In

* Display and sound check is executed by remote control.

4. Total Assembly line process

4.1. Adjustment Preparation

·W/B Equipment condition

CA210 : CH 9, Test signal : Inner pattern (85IRE)

·Above 5 minutes H/run in the inner pattern. (“power on”key

of adjust remote control)

•In case of Edge LED module, the color coordinates is

changing by aging, so you have to use the below table.

Only for training and service purposes

No. Item CMD1 CMD2 Data0

1 Enter Adjust Mode A A 0 0

2 ADC Adjust A D 0 0

Cool 13,000k ºK X=0.269(±0.002)

Y=0.273(±0.002) <Test Signal>

Medium 9,300k ºK X=0.285(±0.002) Inner pattern

Y=0.293(±0.002) (216gray,85IRE)

Warm 6,500k ºK X=0.313(±0.002)

Y=0.329(±0.002)

Cool Medium Warm

H/R Time(Min) x y x x y x

269 273 285 293 313 329

1 0-2 min 280 291 296 311 319 340

2 3-5min 278 288 294 308 317 338

3 6-9min 276 285 292 305 315 335

4 10-19min 274 282 290 302 313 332

5 20-35min 273 279 289 299 312 329

6 36-49min 270 276 287 296 310 326

7 50-79min 269 273 286 293 308 323

Over 80 min

269 273 285 293 308 323

4.1.1. Connecting picture of the measuring instrument

(On Automatic control)

Inside PATTERN is used when W/B is controlled. Connect to

auto controller or push Adjustment R/C POWER ON -> Enter

the mode of White-Balance, the pattern will come out

4.1.2. Auto-control interface and directions

1) Adjust in the place where the influx of light like floodlight

around is blocked. (illumination is less than 10ux).

2) Adhere closely the Color Analyzer (CA210) to the module

less than 10cm distance, keep it with the surface of the

Module and Color Analyzer’s Prove vertically.(80~100°).

3) Aging time

- After aging start, keep the power on (no suspension of

power supply) and heat-run over 15minutes.

- Using ‘no signal’or ‘full white pattern’or the others, check

the back light on.

4.1.3. Auto adjustment Map (RS-232C)

**Caution **

Color Temperature : COOL, Medium, Warm.

One of R Gain/G Gain/ B Gain should be kept on 0xC0, and

adjust other two lower than C0.

(when R/G/B Gain are all C0, it is the FULL Dynamic Range of

Module)

4.2. Manual W/B process using adj. R/C

•After enter Service Mode by pushing “ADJ”key,

•Enter White Balance by pushing “G”key at “6. White

Balance”

* After done all adjustments, Press “In-start”button and compare

Tool option and Area option

value with its BOM, if it is correctly same then unplug the AC

cable.

If it is not same, then correct it same with BOM and unplug AC

cable.

For correct it to the model’s module from factory JIG model.

* Push The “IN STOP KEY”after completing the function

inspection.

Only for training and service purposes

RS-232C COMMAND MIN CENTER MAX

[CMD ID DATA] (DEFAULT)

Cool Mid Warm Cool Mid Warm

R Gain jg Ja jd 00 172 192 192 255

G Gain jh Jb je 00 172 192 192 255

B Gain ji Jc jf 00 192 192 172 255

R Cut 64 64 64 128

G Cut 64 64 64 128

B Cut 64 64 64 128

EZ ADJUST

0. Tool Option1

1. Tool Option2

2. Tool Option3

3. Tool Option4

4. Country Group

5. ADC Calibration

6. White Balance

7. Test Pattern

8. EDID D/L

9. Sub B/C

White Balance

Color Temp.

R-Gain

G-Gain

B-Gain

R-Cut

G-Cut

B-Cut

Test-Pattern.

Reset

Cool

172

192

To set

Full White Pattern

COLOR

ANALYZER

TYPE: CA-210

RS-232C Communication

CA-210

4.3. DDC EDID Write (RGB 128Byte )

·Connect D-sub Signal Cable to D-Sub Jack.

·Write EDID DATA to EEPROM (24C02) by using DDC2B

protocol.

·Check whether written EDID data is correct or not.

* For SVC main Ass’y, EDID have to be downloaded to Insert

Process in advance.

4.4 DDC EDID Write (HDMI 256Byte)

·Connect HDMI Signal Cable to HDMI Jack.

·Write EDID DATA to EEPROM(24C02) by using DDC2B

protocol.

·Check whether written EDID data is correct or not.

* For SVC main Ass’y, EDID have to be downloaded to Insert

Process in advance.

4.5 EDID DATA

1) All Data : HEXA Value

2) Changeable Data :

*: Serial No : Controlled / Data:01

**: Month : Controlled / Data:00

***:Year : Controlled

****:Check sum

- Auto Download

- Manual Download

* Caution

1) Use the proper signal cable for EDID Download

- Analog EDID : Pin3 exists

- Digital EDID : Pin3 exists

2) Nerver connect HDMI & D-sub Cable at the same time.

3) Use the proper cables below for EDID Writing.

4) Download HDMI1, HDMI2 separately because each data is

different.

Only for training and service purposes

EZ ADJUT

0. Tool Option1

1. Tool Option2

2. Tool Option3

3. Tool Option4

4. Country Group

5. ADC Calibration

6. White Balance

7. Test Pattern

8. EDID D/L

9. Sub B/C

EDID D/L

HDMI1

HDMI2

HDMI3

RGB

Reset

Start

EDID D/L

HDMI1

HDMI2

HDMI3

RGB

Reset

Start

D-sub to D-sub DVI-D to HDMI or HDMI to HDMI

For HDMI EDIDFor Analog EDID

Item

Manufacturer ID

Version

Revision

Condition

GSM

Digital : 1

Digital : 3

Data(Hex)

1E6D

(1) FHD RGB EDID Data (CS : 1D)

(2) FHD HDMI EDID Data (CS : D739)

(3) FHD HDM2 EDID Data (CS : D739)

(4) HD RGB EDID Data (CS : 93)

(5) HD HDMI1 EDID Data (CS : 7AD5)

(6) HD HDMI2 EDID Data (CS : 7AD5)

(7) HD HDMI3 EDID Data (CS : 7AB5)

(8) ASCII Code

Only for training and service purposes

4.6. V-COM Adjust(Only LGD(M+S) Module)

- Why need Vcom adjustment?

AThe Vcom (Common Voltage) is a Reference Voltage of

Liquid Crystal Driving.

-> Liquid Crystal need for Polarity Change with every frame.

- Adjust sequence

·Press the PIP key of th ADJ remote control.(This PIP key is

hot key to enter the VCOM adjusting mode)

(Or After enter Service Mode by pushing “ADJ”key, then

Enter V-Com Adjust mode by pushing “G”key at “10. V-

Com”

·As pushing the right or the left key on the remote control,

and find the V-COM value which is no or minimized the

Flicker. (If there is no flicker at default value, Press the exit

key and finish the VCOM adjustment.)

·Push the “OK”key to store value. Then the message

“Saving OK”is pop.

·Press the exit key to finish VCOM adjustment.

(Visual Adjust and control the Voltage level)

·V-COM default value is different from module.

1) 32LD460 : 417

2) 37LD460 : 432

3) 42LD460 : 433

4) 47LD460 : 447

5) 37LE5300 : 378

5) 42LE5300 : 450

5) 47LE5300 : 460

5) 55LE5300 : 444

4.7. Outgoing condition Configuration

- When pressing IN-STOP key by SVC remocon, Red LED

are blinked alternatively. And then Automatically turn off.

(Must not AC power OFF during blinking)

4.8. Internal pressure

Confirm whether is normal or not when between power

board’s ac block and GND is impacted on 1.5 kV(dc) or 2.2

kV(dc) for one second.

- 18 -

Row Line

Column Line

CLC CST

Panel

Gat e Driv e IC

Source D rive I C

Circuit Block

Ti m ing

Cont ro ll er

Po w er

Blo ck

VCOM

Gamma

Ref erence V oltage

Gamm a Reference

Volta ge

Data(R,G,B) & C ontrol signal

Control signal

Data(R,G,B ) &

Control signal

In terface

TFT

Po w er I n put

Power Input

Da t a I np ut

VCOM

Liquid

Crystal

VCOM

Only for training and service purposes - 19 -

300

200

530

810

400

510

120

500

A2 A5 A10

A21 900

910

800

LV1 LV2

540

521

EXPLODED VIEW

Many electrical and mechanical parts in this chassis have special safety-related characteristics. These

parts are identified by in the Schematic Diagram and EXPLODED VIEW.

It is essential that these special safety parts should be replaced with the same components as

recommended in this manual to prevent X-RADIATION, Shock, Fire, or other Hazards.

Do not modify the original design without permission of manufacturer.

IMPORTANT SAFETY NOTICE

THE SYMBOL MARK OF THIS SCHEMETIC DIAGRAM INCORPORATES

SPECIAL FEATURES IMPORTANT FOR PROTECTION FROM X-RADIATION.

FILRE AND ELECTRICAL SHOCK HAZARDS, WHEN SERVICING IF IS

ESSENTIAL THAT ONLY MANUFATURES SPECFIED PARTS BE USED FOR

THE CRITICAL COMPONENTS IN THE SYMBOL MARK OF THE SCHEMETIC.

PCM_A[8]

CI_TS_DATA[6]

PCM_A[3]

PCM_A[10]

FE_TS_DATA[5]

PCM_A[0]

PCM_D[6]

CI_TS_DATA[0]

PCM_D[2]

PCM_A[7]

PCM_A[9]

FE_TS_DATA[3]

PCM_A[12]

PCM_A[4]

PCM_D[5]

CI_TS_DATA[3]

PCM_A[5]

FE_TS_DATA[0]

CI_TS_DATA[5]

PCM_A[2]

PCM_A[13]

FE_TS_DATA[4]

PCM_A[1]

PCM_A[3]

PCM_A[2]

CI_TS_DATA[4]

PCM_D[1]

PCM_A[11]

FE_TS_DATA[2]

PCM_D[4]

PCM_A[7]

PCM_A[6]

PCM_A[0]

CI_TS_DATA[7]

PCM_A[4]

PCM_D[0]

FE_TS_DATA[6]

CI_TS_DATA[1]

CI_TS_DATA[2]

PCM_A[6]

PCM_A[14]

PCM_D[3]

PCM_D[7]

FE_TS_DATA[1]

FE_TS_DATA[7]

PCM_A[5]

PCM_A[1]

MODEL_OPT_2

/PCM_WE

R104

10K

OPT

HP_DET

S7_RXD

I2C_SDA

SPI_SDI

FRC_RESET

+3.3V_Normal

I2C_SDA

/PF_OE

PCM_A[0-7]

+3.5V_ST

C104

8pF

OPT

C108

0.1uF

OPT

IC103

CAT24WC08W-T

VSS

5SDA

6SCL

7WP

8VCC

TUNER_RESET

FRC_PWM1

CI_TS_DATA[0-7]

R158 100

OPT

M_REMOTE_RX

R105

OPT

UART_FRC_TX

R1081K

OPT

DEMOD_RESET

PCM_D[0-7]

R126

PF_ALE

SPI_SCK

IC102

HY27UF082G2B-TPCB

2GBIT

26 NC_17

27 NC_18

28 NC_19

29 I/O0

30 I/O1

31 I/O2

32 I/O3

33 NC_20

34 NC_21

35 NC_22

36 VSS_2

37 VCC_2

38 NC_23

39 NC_24

40 NC_25

41 I/O4

42 I/O5

43 I/O6

44 I/O7

45 NC_26

46 NC_27

47 NC_28

48 NC_29

ALE

NC_3

NC_6

CLE

NC_10

NC_9

VSS_1

VCC_1

NC_8

NC_7

R/B

NC_4

NC_5

25 NC_16

NC_15

NC_14

NC_2

NC_13

NC_12

NC_1

NC_11

/PCM_WAIT

R125

OPT

DSUB_DET

R113

4.7K

M_REMOTE_TX

USB1_OCD

/PF_WE

FE_TS_VAL_ERR

R115

ERROR_OUT

R134 22

R159 100

OPT

CI_TS_SYNC

SC1/COMP1_DET

A_DIM

/PCM_REG

FE_TS_SYNC

PCM_5V_CTL

S7_TXD

5V_DET_HDMI_4

R128 22

+3.3V_Normal

/PCM_IRQA

+5V_Normal

/PF_OE

C111

2.2uF

FRC_SCL

R118

1K OPT

SC_RE1

/PCM_IOWR

R103

SCAN_BLK1/OPC_OUT

/PF_CE1

SPI_SDO

C107

0.1uF

R14922

M_REMOTE

/PCM_IORD

5V_DET_HDMI_3

PWM2

C105

0.1uF

C103

0.1uF

/PF_WE

R135 22

I2C_SDA

5V_DET_HDMI_2

ET_RXER

R124

MODEL_OPT_3

R120

OPT

C106

8pF

OPT

FRC_PWM0

R123

OPT

R14633

/PF_CE1

/PF_CE0

R101

3.3K

OPT

AV_CVBS_DET

RGB_DDC_SDA

PWM0

MODEL_OPT_1

I2C_SCL

R14822

M_REMOTE

CI_TS_VAL

PCM_A[0-14]

R133

10K

I2C_SCL

/F_RB

/RST_PHY

R155

OPT

PWM_DIM

/PCM_OE

UART_FRC_RX

Q101

KRC103S

OPT

R106

R138 22

FE_TS_DATA[0-7]

PCM_RST

R117

/PF_WP

I2C_SCL

SCAN_BLK2

SC_RE2

R116

1K OPT

+3.3V_Normal

R107 1K

R157 100

R132

10K

R137 22

CI_TS_CLK

SIDEAV_DET

/PF_CE0

IC102-*1

HY27US08121B-TPCB

512MBIT

26 NC_17

27 NC_18

28 NC_19

29 I/O0

30 I/O1

31 I/O2

32 I/O3

33 NC_20

34 NC_21

35 NC_22

36 VSS_2

37 VCC_2

38 PRE

39 NC_23

40 NC_24

41 I/O4

42 I/O5

43 I/O6

44 I/O7

45 NC_25

46 NC_26

47 NC_27

48 NC_28

ALE

NC_3

NC_6

CLE

NC_10

NC_9

VSS_1

VCC_1

NC_8

NC_7

R/B

NC_4

NC_5

25 NC_16

NC_15

NC_14

NC_2

NC_13

NC_12

NC_1

NC_11

/PCM_CD

/F_RB

C101

0.1uF

R139 22

5V_DET_HDMI_1

/SPI_CS

/PCM_CE

/PF_WP

R109 3.9K

C109

0.1uF

R127 4.7K

+3.3V_Normal

USB1_CTL

MODEL_OPT_0

PWM0

FRC_SDA

R129 22

PWM1

+3.3V_Normal

PWM2

WIRELESS_DL_RX

R136 22

RGB_DDC_SCL

WIRELESS_DL_TX

R121

FE_TS_CLK

R102

3.3K

R14733

R15133

PWM0

PWM1

AUD_LRCH

AUD_MASTER_CLK

AUD_SCK

+3.3V_Normal

R111 22

R112 22

R156 10K

/FLASH_WP

/RST_HUB

C102

10uF

P3903

12505WS-03A00

URSA_DEBUG

P3904

12505WS-03A00

URSA_DEBUG

NEC_SDA

I2C_SDA

I2C_SCL

AMP_SCL

R142

3.3K

R145

2.2K

R143

3.3K

R144

2.2K

AMP_SDA

+3.3V_Normal

NEC_SCL

CONTROL_ATTEN

R160

/PIF_SPI_CS

IC104

M24M01-HRMN6TP

VSS

5SDA

6SCL

7WP

8VCC

AR104

AR103

AR101

AR102

R141

R140

R1100

R1500

MODEL_OPT_6

IC102-*2

NAND01GW3B2CN6E

1GBIT

26 NC_17

27 NC_18

28 NC_19

29 I/O0

30 I/O1

31 I/O2

32 I/O3

33 NC_20

34 NC_21

35 NC_22

36 VSS_2

37 VDD_2

38 NC_23

39 NC_24

40 NC_25

41 I/O4

42 I/O5

43 I/O6

44 I/O7

45 NC_26

46 NC_27

47 NC_28

48 NC_29

NC_3

NC_6

NC_10

NC_9

VSS_1

VDD_1

NC_8

NC_7

NC_4

NC_5

25 NC_16

NC_15

NC_14

NC_2

NC_13

NC_12

NC_1

NC_11

LGE107D (S7M Divx_Non RM)

IC101

S7M_DIVX & MS10

PCM_D0

U22

PCM_D1

T21

PCM_D2

T22

PCM_D3

AB18

PCM_D4

AC18

PCM_D5

AC19

PCM_D6

AC20

PCM_D7

AC21

PCM_A0

U21

PCM_A1

V21

PCM_A2

Y22

PCM_A3

AA22

PCM_A4

R22

PCM_A5

R21

PCM_A6

T23

PCM_A7

T24

PCM_A8

AA23

PCM_A9

Y20

PCM_A10

AB17

PCM_A11

AA21

PCM_A12

U23

PCM_A13

Y23

PCM_A14

W23

PCM_REG_N

W22

PCM_OE_N

AA17

PCM_WE_N

V22

PCM_IORD_N

W21

PCM_IOWR_N

Y21

PCM_CE_N

AA20

PCM_IRQA_N

V23

PCM_CD_N

P23

PCM_WAIT_N

R23

PCM_RESET

P22

PCM_PF_CE0Z

AC17

PCM_PF_CE1Z

AB20

PCM_PF_OEZ

AA18

PCM_PF_WEZ

AB21

PCM_PF_ALE

AB19

PCM_PF_AD[15]

AD17

PCM_PF_RBZ

AA19

UART_TX2/GPIO65

M23

UART_RX2/GPIO64

N23

DDCR_DA/GPIO71

M22

DDCR_CK/GPIO72

N22

DDCA_DA/UART0_TX

DDCA_CK/UART0_RX

PWM0/GPIO66

K23

PWM1/GPIO67

K22

PWM2/GPIO68

G23

PWM3/GPIO69

G22

PWM4/GPIO70

G21

SAR0/GPIO31

SAR1/GPIO32

SAR2/GPIO33

SAR3/GPIO34

SAR4/GPIO35

GPIO143/TCON0 N21

GPIO145/TCON2 M21

GPIO147/TCON4 L22

GPIO149/TCON6 L21

GPIO151/TCON8 P21

GPIO36/UART3_RX K21

GPIO37/UART3_TX L23

GPIO38 K20

GPIO39 L20

GPIO40 M20

GPIO41 G20

GPIO42 G19

GPIO50/UART1_RX F20

GPIO51/UART1_TX F19

GPIO6/PM0/INT0 E7

GPIO7/PM1/PM_UART_TX D7

GPIO8/PM2 E11

GPIO9/PM3 G9

GPIO10/PM4 F9

GPIO11/PM5/PM_UART_RX/INT1 C5

PM_SPI_CS1/GPIO12/PM6 E8

PM_SPI_WP1/GPIO13/PM7 E9

PM_SPI_WP2/GPIO14/PM8/INT2 F7

GPIO15/PM9 F6

PM_SPI_CS2/GPIO16/PM10 D8

GPIO17/PM11/INT3 G12

GPIO18/PM12/INT4 F10

PM_SPI_CK/GPIO1 D9

GPIO0/PM_SPI_CZ D11

PM_SPI_DI/GPIO2 E10

PM_SPI_DO/GPIO3 D10

TS0_CLK AA9

TS0_VLD AA5

TS0_SYNC AA10

TS0_D0 AB5

TS0_D1 AC4

TS0_D2 Y6

TS0_D3 AA6

TS0_D4 W6

TS0_D5 AA7

TS0_D6 Y9

TS0_D7 AA8

TS1_CLK AC5

TS1_VLD AC6

TS1_SYNC AB6

TS1_D0 AC10

TS1_D1 AB10

TS1_D2 AC9

TS1_D3 AB9

TS1_D4 AC8

TS1_D5 AB8

TS1_D6 AC7

TS1_D7 AB7

MPIF_CLK D12

MPIF_CS_N D14

MPIF_BUSY E14

MPIF_D0 E12

MPIF_D1 F12

MPIF_D2 D13

MPIF_D3 E13

LGE101D (S7 Non_Tcon/RM)

IC101-*8

S7_DIVX & MS10

NC_48

AE1

NC_78

AF16

NC_64

AF1

NC_50

AE3

NC_45

AD14

NC_34

AD3

NC_77

AF15

NC_65

AF2

NC_62

AE15

NC_33

AD2

NC_47

AD16

NC_46

AD15

NC_63

AE16

NC_66

AF3

NC_76

AF14

NC_32

AD1

NC_44

AD13

NC_61

AE14

NC_60

AE13

NC_51

AE4

NC_36

AD5

NC_67

AF4

NC_35

AD4

NC_49

AE2

NC_71

AF8

NC_40

AD9

NC_56

AE9

NC_72

AF9

NC_58

AE11

NC_69

AF6

NC_53

AE6

NC_74

AF11

NC_37

AD6

NC_43

AD12

NC_52

AE5

NC_75

AF12

NC_68

AF5

NC_59

AE12

NC_57

AE10

NC_70

AF7

NC_42

AD11

NC_38

AD7

NC_41

AD10

NC_54

AE7

NC_73

AF10

NC_39

AD8

NC_55

AE8

NC_12

Y11

GND_105

Y19

LVACLKP/LLV6P/BLUE[3] W26

LVACLKN/LLV6N/BLUE[2] W25

LVA0P/LLV3P/BLUE[9] U26

LVA0N/LLV3N/BLUE[8] U25

LVA1P/LLV4P/BLUE[7] U24

LVA1N/LLV4N/BLUE[6] V26

LVA2P/LLV5P/BLUE[5] V25

LVA2N/LLV5N/BLUE[4] V24

LVA3P/LLV7P/BLUE[1] W24

LVA3N/LLV7N/BLUE[0] Y26

LVA4P/LLV8P Y25

LVA4N/LLV8N Y24

LVBCLKP/LLV0P/GREEN[5] AC26

LVBCLKN/LLV0N/GREEN[4] AC25

LVB0P/RLV6P/RED[1] AA26

LVB0N/RLV6N/RED[0] AA25

LVB1P/RLV7P/GREEN[9] AA24

LVB1N/RLV7N/GREEN[8] AB26

LVB2P/RLV8P/GREEN[7] AB25

LVB2N/RLV8N/GREEN[6] AB24

LVB3P/LLV1P/GREEN[3] AC24

LVB3N/LLV1N/GREEN[2] AD26

LVB4P/LLV0P/GREEN[1] AD25

LVB4N/LLV0N/GREEN[0] AD24

RLV3P/RED[7] AD23

RLV3N/RED[6] AE23

RLV0P/LVSYNC AE26

RLV0N/LHSYNC AE25

RLV1N/LCK AF26

RLV2P/RED[9] AF25

RLV1P/LDE AE24

RLV2N/RED[8] AF24

RLV4P/RED[5] AF23

RLV4N/RED[4] AD22

RLV5P/RED[3] AE22

RLV5N/RED[2] AF22

TCON3/OE/GOE/GCLK2 AD19

TCON15/SCAN_BLK1 AE19

TCON18/CS7/GCLK5 AD21

TCON19/CS8/GCLK6 AE21

TCON11/CS5/HCON AF21

TCON10/CS4/OPT_N AD20

TCON9/CS3/OPT_P AE20

TCON16/WPWM AF20

TCON12/DPM AF19

TCON1/STV/GSP/VST AD18

TCON5/TP/SOE AE18

TCON14/SACN_BLK AF18

TCON21/CS10/VGH_ODD AB22

TCON20/CS9/VGH_EVEN AB23

TCON13/LEDON AC23

TCON17/CS6/GCLK4 AC22

NC_26 AB16

NC_19 AA14

NC_30 AC15

NC_15 Y16

NC_31 AC16

NC_29 AC14

NC_21 AA16

NC_20 AA15

NC_11 Y10

NC_17 AA11

NC_25 AB15

NC_24 AB14

LGE105D(S7-Tcon Divx_ Non_RM)

IC101-*4

S7T_DIVX & MS10

NC_43

AE1

NC_73

AF16

NC_59

AF1

NC_45

AE3

NC_40

AD14

NC_29

AD3

NC_72

AF15

NC_60

AF2

NC_57

AE15

NC_28

AD2

NC_42

AD16

NC_41

AD15

NC_58

AE16

NC_61

AF3

NC_71

AF14

NC_27

AD1

NC_39

AD13

NC_56

AE14

NC_55

AE13

NC_46

AE4

NC_31

AD5

NC_62

AF4

NC_30

AD4

NC_44

AE2

NC_66

AF8

NC_35

AD9

NC_51

AE9

NC_67

AF9

NC_53

AE11

NC_64

AF6

NC_48

AE6

NC_69

AF11

NC_32

AD6

NC_38

AD12

NC_47

AE5

NC_70

AF12

NC_63

AF5

NC_54

AE12

NC_52

AE10

NC_65

AF7

NC_37

AD11

NC_33

AD7

NC_36

AD10

NC_49

AE7

NC_68

AF10

NC_34

AD8

NC_50

AE8

NC_12

Y11

GND_105

Y19

RLV3P W26

RLV3N W25

RLV0P U26

RLV0N U25

RLV1P U24

RLV1N V26

RLV2P V25

RLV2N V24

RLVCKP W24

RLVCKN Y26

RLV4P Y25

RLV4N Y24

WPWM AC26

OPTP/FLK2 AC25

RLV5P AA26

RLV5N AA25

RLV6P AA24

RLV6N AB26

RLV7P AB25

RLV7N AB24

OPTN/FLK3 AC24

FLK AD26

GCLK6 AD25

GCLK5 AD24

LLV3P AD23

LLV3N AE23

LLV0P AE26

LLV0N AE25

LLV1P AF26

LLV1N AF25

LLV2P AE24

LLV2N AF24

LLVCKP AF23

LLVCKN AD22

LLV4P AE22

LLV4N AF22

GOE/GCLK1 AD19

GSC/GCLK3 AE19

LLV5P AD21

LLV5N AE21

LLV6P AF21

LLV6N AD20

LLV7P AE20

LLV7N AF20

GSPR AF19

GSP/VST AD18

SOE AE18

POL AF18

VDD_ODD AB22

VDD_EVEN AB23

GCLK4 AC23

GCLK2 AC22

NC_23 AB16

DPM AA14

HCON AC15

NC_15 Y16

NC_26 AC16

LEDON AC14

NC_20 AA16

NC_19 AA15

NC_11 Y10

NC_17 AA11

SCAN_BLK AB15

SCAN_BLK1 AB14

LGE101 (S7 NON_TON/DiX/RM)

IC101-*10

S7_NON_DIVX & MS10

NC_48

AE1

NC_78

AF16

NC_64

AF1

NC_50

AE3

NC_45

AD14

NC_34

AD3

NC_77

AF15

NC_65

AF2

NC_62

AE15

NC_33

AD2

NC_47

AD16

NC_46

AD15

NC_63

AE16

NC_66

AF3

NC_76

AF14

NC_32

AD1

NC_44

AD13

NC_61

AE14

NC_60

AE13

NC_51

AE4

NC_36

AD5

NC_67

AF4

NC_35

AD4

NC_49

AE2

NC_71

AF8

NC_40

AD9

NC_56

AE9

NC_72

AF9

NC_58

AE11

NC_69

AF6

NC_53

AE6

NC_74

AF11

NC_37

AD6

NC_43

AD12

NC_52

AE5

NC_75

AF12

NC_68

AF5

NC_59

AE12

NC_57

AE10

NC_70

AF7

NC_42

AD11

NC_38

AD7

NC_41

AD10

NC_54

AE7

NC_73

AF10

NC_39

AD8

NC_55

AE8

NC_12

Y11

GND_105

Y19

LVACLKP/LLV6P/BLUE[3] W26

LVACLKN/LLV6N/BLUE[2] W25

LVA0P/LLV3P/BLUE[9] U26

LVA0N/LLV3N/BLUE[8] U25

LVA1P/LLV4P/BLUE[7] U24

LVA1N/LLV4N/BLUE[6] V26

LVA2P/LLV5P/BLUE[5] V25

LVA2N/LLV5N/BLUE[4] V24

LVA3P/LLV7P/BLUE[1] W24

LVA3N/LLV7N/BLUE[0] Y26

LVA4P/LLV8P Y25

LVA4N/LLV8N Y24

LVBCLKP/LLV0P/GREEN[5] AC26

LVBCLKN/LLV0N/GREEN[4] AC25

LVB0P/RLV6P/RED[1] AA26

LVB0N/RLV6N/RED[0] AA25

LVB1P/RLV7P/GREEN[9] AA24

LVB1N/RLV7N/GREEN[8] AB26

LVB2P/RLV8P/GREEN[7] AB25

LVB2N/RLV8N/GREEN[6] AB24

LVB3P/LLV1P/GREEN[3] AC24

LVB3N/LLV1N/GREEN[2] AD26

LVB4P/LLV0P/GREEN[1] AD25

LVB4N/LLV0N/GREEN[0] AD24

RLV3P/RED[7] AD23

RLV3N/RED[6] AE23

RLV0P/LVSYNC AE26

RLV0N/LHSYNC AE25

RLV1N/LCK AF26

RLV2P/RED[9] AF25

RLV1P/LDE AE24

RLV2N/RED[8] AF24

RLV4P/RED[5] AF23

RLV4N/RED[4] AD22

RLV5P/RED[3] AE22

RLV5N/RED[2] AF22

TCON3/OE/GOE/GCLK2 AD19

TCON15/SCAN_BLK1 AE19

TCON18/CS7/GCLK5 AD21

TCON19/CS8/GCLK6 AE21

TCON11/CS5/HCON AF21

TCON10/CS4/OPT_N AD20

TCON9/CS3/OPT_P AE20

TCON16/WPWM AF20

TCON12/DPM AF19

TCON1/STV/GSP/VST AD18

TCON5/TP/SOE AE18

TCON14/SACN_BLK AF18

TCON21/CS10/VGH_ODD AB22

TCON20/CS9/VGH_EVEN AB23

TCON13/LEDON AC23

TCON17/CS6/GCLK4 AC22

NC_26 AB16

NC_19 AA14

NC_30 AC15

NC_15 Y16

NC_31 AC16

NC_29 AC14

NC_21 AA16

NC_20 AA15

NC_11 Y10

NC_17 AA11

NC_25 AB15

NC_24 AB14

LGE105 (S7-Tcon Non_Divx/RM)

IC101-*6

S7T_NON_DIVX & MS10

NC_43

AE1

NC_73

AF16

NC_59

AF1

NC_45

AE3

NC_40

AD14

NC_29

AD3

NC_72

AF15

NC_60

AF2

NC_57

AE15

NC_28

AD2

NC_42

AD16

NC_41

AD15

NC_58

AE16

NC_61

AF3

NC_71

AF14

NC_27

AD1

NC_39

AD13

NC_56

AE14

NC_55

AE13

NC_46

AE4

NC_31

AD5

NC_62

AF4

NC_30

AD4

NC_44

AE2

NC_66

AF8

NC_35

AD9

NC_51

AE9

NC_67

AF9

NC_53

AE11

NC_64

AF6

NC_48

AE6

NC_69

AF11

NC_32

AD6

NC_38

AD12

NC_47

AE5

NC_70

AF12

NC_63

AF5

NC_54

AE12

NC_52

AE10

NC_65

AF7

NC_37

AD11

NC_33

AD7

NC_36

AD10

NC_49

AE7

NC_68

AF10

NC_34

AD8

NC_50

AE8

NC_12

Y11

GND_105

Y19

RLV3P W26

RLV3N W25

RLV0P U26

RLV0N U25

RLV1P U24

RLV1N V26

RLV2P V25

RLV2N V24

RLVCKP W24

RLVCKN Y26

RLV4P Y25

RLV4N Y24

WPWM AC26

OPTP/FLK2 AC25

RLV5P AA26

RLV5N AA25

RLV6P AA24

RLV6N AB26

RLV7P AB25

RLV7N AB24

OPTN/FLK3 AC24

FLK AD26

GCLK6 AD25

GCLK5 AD24

LLV3P AD23

LLV3N AE23

LLV0P AE26

LLV0N AE25

LLV1P AF26

LLV1N AF25

LLV2P AE24

LLV2N AF24

LLVCKP AF23

LLVCKN AD22

LLV4P AE22

LLV4N AF22

GOE/GCLK1 AD19

GSC/GCLK3 AE19

LLV5P AD21

LLV5N AE21

LLV6P AF21

LLV6N AD20

LLV7P AE20

LLV7N AF20

GSPR AF19

GSP/VST AD18

SOE AE18

POL AF18

VDD_ODD AB22

VDD_EVEN AB23

GCLK4 AC23

GCLK2 AC22

NC_23 AB16

DPM AA14

HCON AC15

NC_15 Y16

NC_26 AC16

LEDON AC14

NC_20 AA16

NC_19 AA15

NC_11 Y10

NC_17 AA11

SCAN_BLK AB15

SCAN_BLK1 AB14

LGE107 (S7M Non Divx/RM)

IC101-*2

S7M_NON_DIVX & MS10

FRC_DDR3_A0/DDR2_NC

AE1

FRC_DDR3_A1/DDR2_A6

AF16

FRC_DDR3_A2/DDR2_A7

AF1

FRC_DDR3_A3/DDR2_A1

AE3

FRC_DDR3_A4/DDR2_CASZ

AD14

FRC_DDR3_A5/DDR2_A10

AD3

FRC_DDR3_A6/DDR2_A0

AF15

FRC_DDR3_A7/DDR2_A5

AF2

FRC_DDR3_A8/DDR2_A2

AE15

FRC_DDR3_A9/DDR2_A9

AD2

FRC_DDR3_A10/DDR2_A11

AD16

FRC_DDR3_A11/DDR2_A4

AD15

FRC_DDR3_A12/DDR2_A8

AE16

FRC_DDR3_BA0/DDR2_BA2

AF3

FRC_DDR3_BA1/DDR2_ODT

AF14

FRC_DDR3_BA2/DDR2_A12

AD1

FRC_DDR3_MCLK/DDR2_MCLK

AD13

FRC_DDR3_CKE/DDR2_RASZ

AE14

FRC_DDR3_MCLKZ/DDR2_MCLKZ

AE13

FRC_DDR3_ODT/DDR2_BA1

AE4

FRC_DDR3_RASZ/DDR2_WEZ

AD5

FRC_DDR3_CASZ/DDR2_CKE

AF4

FRC_DDR3_WEZ/DDR2_BA0

AD4

FRC_DDR3_RESETB/DDR2_A3

AE2

FRC_DDR3_DQSL/DDR2_DQS0

AF8

FRC_DDR3_DQSLB/DDR2_DQSB0

AD9

FRC_DDR3_DQSU/DDR2_DQS1

AE9

FRC_DDR3_DQSUB/DDR2_DQSB1

AF9

FRC_DDR3_DML/DDR2_DQ7

AE11

FRC_DDR3_DMU/DDR2_DQ11

AF6

FRC_DDR3_DQL0/DDR2_DQ6

AE6

FRC_DDR3_DQL1/DDR2_DQ0

AF11

FRC_DDR3_DQL2/DDR2_DQ1

AD6

FRC_DDR3_DQL3/DDR2_DQ2

AD12

FRC_DDR3_DQL4/DDR2_DQ4

AE5

FRC_DDR3_DQL5/DDR2_NC

AF12

FRC_DDR3_DQL6/DDR2_DQ3

AF5

FRC_DDR3_DQL7/DDR2_DQ5

AE12

FRC_DDR3_DQU0/DDR2_DQ8

AE10

FRC_DDR3_DQU1/DDR2_DQ14

AF7

FRC_DDR3_DQU2/DDR2_DQ13

AD11

FRC_DDR3_DQU3/DDR2_DQ12

AD7

FRC_DDR3_DQU4/DDR2_DQ15

AD10

FRC_DDR3_DQU5/DDR2_DQ9

AE7

FRC_DDR3_DQU6/DDR2_DQ10

AF10

FRC_DDR3_DQU7/DDR2_DQM1

AD8

FRC_DDR3_NC/DDR2_DQM0

AE8

FRC_REXT

Y11

FRC_TESTPIN

Y19

ACKP/RLV3P/RED[3] W26

ACKM/RLV3N/RED[2] W25

A0P/RLV0P/RED[9] U26

A0M/RLV0N/RED[8] U25

A1P/RLV1P/RED[7] U24

A1M/RLV1N/RED[6] V26

A2P/RLV2P/RED[5] V25

A2M/RLV2N/RED[4] V24

A3P/RLV4P/RED[1] W24

A3M/RLV4N/RED[0] Y26

A4P/RLV5P/GREEN[9] Y25

A4M/RLV5N/GREEN[8] Y24

BCKP/TCON13/GREEN[1] AC26

BCKM/TCON12/GREEN[0] AC25

B0P/RLV6P/GREEN[7] AA26

B0M/RLV6N/GREEN[6] AA25

B1P/RLV7P/GREEN[5] AA24

B1M/RLV7N/GREEN[4] AB26

B2P/RLV8P/GREEN[3] AB25

B2M/RLV8N/GREEN[2] AB24

B3P/TCON11/BLUE[9] AC24

B3M/TCON10/BLUE[8] AD26

B4P/TCON9/BLUE[7] AD25

B4M/TCON8/BLUE[6] AD24

CCKP/LLV3P AD23

CCKM/LLV3N AE23

C0P/LLV0P/BLUE[5] AE26

C0M/LLV0N/BLUE[4] AE25

C1P/LLV1P/BLUE[3] AF26

C1M/LLV1N/BLUE[2] AF25

C2P/LLV2P/BLUE[1] AE24

C2M/LLV2N/BLUE[0] AF24

C3P/LLV4P AF23

C3M/LLV4N AD22

C4P/LLV5P AE22

C4M/LLV5N AF22

DCKP/TCON5 AD19

DCKM/TCON4 AE19

D0P/LLV6P AD21

D0M/LLV6N AE21

D1P/LLV7P AF21

D1M/LLV7N AD20

D2P/LLV8P AE20

D2M/LLV8N AF20

D3P/TCON3 AF19

D3M/TCON2 AD18

D4P/TCON1 AE18

D4M/TCON0 AF18

GPIO0/TCON15/HSYNC/VDD_ODD AB22

GPIO1/TCON14/VSYNC/VDD_EVEN AB23

GPIO2/TCON7/LDE/GCLK4 AC23

GPIO3/TCON6/LCK/GCLK2 AC22

FRC_GPIO0/UART_RX AB16

FRC_GPIO1 AA14

FRC_GPIO3 AC15

FRC_GPIO8 Y16

FRC_GPIO9/UART_TX AC16

FRC_GPIO10 AC14

FRC_I2CM_DA AA16

FRC_I2CM_CK AA15

FRC_I2CS_DA Y10

FRC_I2CS_CK AA11

FRC_PWM0 AB15

FRC_PWM1 AB14

LGE107DB-LF-1 (S7M Divx_Non RM/MS10)

IC101-*1

S7M_DIVX & DD

FRC_DDR3_A0/DDR2_NC

AE1

FRC_DDR3_A1/DDR2_A6

AF16

FRC_DDR3_A2/DDR2_A7

AF1

FRC_DDR3_A3/DDR2_A1

AE3

FRC_DDR3_A4/DDR2_CASZ

AD14

FRC_DDR3_A5/DDR2_A10

AD3

FRC_DDR3_A6/DDR2_A0

AF15

FRC_DDR3_A7/DDR2_A5

AF2

FRC_DDR3_A8/DDR2_A2

AE15

FRC_DDR3_A9/DDR2_A9

AD2

FRC_DDR3_A10/DDR2_A11

AD16

FRC_DDR3_A11/DDR2_A4

AD15

FRC_DDR3_A12/DDR2_A8

AE16

FRC_DDR3_BA0/DDR2_BA2

AF3

FRC_DDR3_BA1/DDR2_ODT

AF14

FRC_DDR3_BA2/DDR2_A12

AD1

FRC_DDR3_MCLK/DDR2_MCLK

AD13

FRC_DDR3_CKE/DDR2_RASZ

AE14

FRC_DDR3_MCLKZ/DDR2_MCLKZ

AE13

FRC_DDR3_ODT/DDR2_BA1

AE4

FRC_DDR3_RASZ/DDR2_WEZ

AD5

FRC_DDR3_CASZ/DDR2_CKE

AF4

FRC_DDR3_WEZ/DDR2_BA0

AD4

FRC_DDR3_RESETB/DDR2_A3

AE2

FRC_DDR3_DQSL/DDR2_DQS0

AF8

FRC_DDR3_DQSLB/DDR2_DQSB0

AD9

FRC_DDR3_DQSU/DDR2_DQS1

AE9

FRC_DDR3_DQSUB/DDR2_DQSB1

AF9

FRC_DDR3_DML/DDR2_DQ7

AE11

FRC_DDR3_DMU/DDR2_DQ11

AF6

FRC_DDR3_DQL0/DDR2_DQ6

AE6

FRC_DDR3_DQL1/DDR2_DQ0

AF11

FRC_DDR3_DQL2/DDR2_DQ1

AD6

FRC_DDR3_DQL3/DDR2_DQ2

AD12

FRC_DDR3_DQL4/DDR2_DQ4

AE5

FRC_DDR3_DQL5/DDR2_NC

AF12

FRC_DDR3_DQL6/DDR2_DQ3

AF5

FRC_DDR3_DQL7/DDR2_DQ5

AE12

FRC_DDR3_DQU0/DDR2_DQ8

AE10

FRC_DDR3_DQU1/DDR2_DQ14

AF7

FRC_DDR3_DQU2/DDR2_DQ13

AD11

FRC_DDR3_DQU3/DDR2_DQ12

AD7

FRC_DDR3_DQU4/DDR2_DQ15

AD10

FRC_DDR3_DQU5/DDR2_DQ9

AE7

FRC_DDR3_DQU6/DDR2_DQ10

AF10

FRC_DDR3_DQU7/DDR2_DQM1

AD8

FRC_DDR3_NC/DDR2_DQM0

AE8

FRC_REXT

Y11

FRC_TESTPIN

Y19

ACKP/RLV3P/RED[3] W26

ACKM/RLV3N/RED[2] W25

A0P/RLV0P/RED[9] U26

A0M/RLV0N/RED[8] U25

A1P/RLV1P/RED[7] U24

A1M/RLV1N/RED[6] V26

A2P/RLV2P/RED[5] V25

A2M/RLV2N/RED[4] V24

A3P/RLV4P/RED[1] W24

A3M/RLV4N/RED[0] Y26

A4P/RLV5P/GREEN[9] Y25

A4M/RLV5N/GREEN[8] Y24

BCKP/TCON13/GREEN[1] AC26

BCKM/TCON12/GREEN[0] AC25

B0P/RLV6P/GREEN[7] AA26

B0M/RLV6N/GREEN[6] AA25

B1P/RLV7P/GREEN[5] AA24

B1M/RLV7N/GREEN[4] AB26

B2P/RLV8P/GREEN[3] AB25

B2M/RLV8N/GREEN[2] AB24

B3P/TCON11/BLUE[9] AC24

B3M/TCON10/BLUE[8] AD26

B4P/TCON9/BLUE[7] AD25

B4M/TCON8/BLUE[6] AD24

CCKP/LLV3P AD23

CCKM/LLV3N AE23

C0P/LLV0P/BLUE[5] AE26

C0M/LLV0N/BLUE[4] AE25

C1P/LLV1P/BLUE[3] AF26

C1M/LLV1N/BLUE[2] AF25

C2P/LLV2P/BLUE[1] AE24

C2M/LLV2N/BLUE[0] AF24

C3P/LLV4P AF23

C3M/LLV4N AD22

C4P/LLV5P AE22

C4M/LLV5N AF22

DCKP/TCON5 AD19

DCKM/TCON4 AE19

D0P/LLV6P AD21

D0M/LLV6N AE21

D1P/LLV7P AF21

D1M/LLV7N AD20

D2P/LLV8P AE20

D2M/LLV8N AF20

D3P/TCON3 AF19

D3M/TCON2 AD18

D4P/TCON1 AE18

D4M/TCON0 AF18

GPIO0/TCON15/HSYNC/VDD_ODD AB22

GPIO1/TCON14/VSYNC/VDD_EVEN AB23

GPIO2/TCON7/LDE/GCLK4 AC23

GPIO3/TCON6/LCK/GCLK2 AC22

FRC_GPIO0/UART_RX AB16

FRC_GPIO1 AA14

FRC_GPIO3 AC15

FRC_GPIO8 Y16

FRC_GPIO9/UART_TX AC16

FRC_GPIO10 AC14

FRC_I2CM_DA AA16

FRC_I2CM_CK AA15

FRC_I2CS_DA Y10

FRC_I2CS_CK AA11

FRC_PWM0 AB15

FRC_PWM1 AB14

LGE107B-LF-1 (S7M Non Divx/RM/MS10)

IC101-*3

S7M_NON_DIVX & DD

FRC_DDR3_A0/DDR2_NC

AE1

FRC_DDR3_A1/DDR2_A6

AF16

FRC_DDR3_A2/DDR2_A7

AF1

FRC_DDR3_A3/DDR2_A1

AE3

FRC_DDR3_A4/DDR2_CASZ

AD14

FRC_DDR3_A5/DDR2_A10

AD3

FRC_DDR3_A6/DDR2_A0

AF15

FRC_DDR3_A7/DDR2_A5

AF2

FRC_DDR3_A8/DDR2_A2

AE15

FRC_DDR3_A9/DDR2_A9

AD2

FRC_DDR3_A10/DDR2_A11

AD16

FRC_DDR3_A11/DDR2_A4

AD15

FRC_DDR3_A12/DDR2_A8

AE16

FRC_DDR3_BA0/DDR2_BA2

AF3

FRC_DDR3_BA1/DDR2_ODT

AF14

FRC_DDR3_BA2/DDR2_A12

AD1

FRC_DDR3_MCLK/DDR2_MCLK

AD13

FRC_DDR3_CKE/DDR2_RASZ

AE14

FRC_DDR3_MCLKZ/DDR2_MCLKZ

AE13

FRC_DDR3_ODT/DDR2_BA1

AE4

FRC_DDR3_RASZ/DDR2_WEZ

AD5

FRC_DDR3_CASZ/DDR2_CKE

AF4

FRC_DDR3_WEZ/DDR2_BA0

AD4

FRC_DDR3_RESETB/DDR2_A3

AE2

FRC_DDR3_DQSL/DDR2_DQS0

AF8

FRC_DDR3_DQSLB/DDR2_DQSB0

AD9

FRC_DDR3_DQSU/DDR2_DQS1

AE9

FRC_DDR3_DQSUB/DDR2_DQSB1

AF9

FRC_DDR3_DML/DDR2_DQ7

AE11

FRC_DDR3_DMU/DDR2_DQ11

AF6

FRC_DDR3_DQL0/DDR2_DQ6

AE6

FRC_DDR3_DQL1/DDR2_DQ0

AF11

FRC_DDR3_DQL2/DDR2_DQ1

AD6

FRC_DDR3_DQL3/DDR2_DQ2

AD12

FRC_DDR3_DQL4/DDR2_DQ4

AE5

FRC_DDR3_DQL5/DDR2_NC

AF12

FRC_DDR3_DQL6/DDR2_DQ3

AF5

FRC_DDR3_DQL7/DDR2_DQ5

AE12

FRC_DDR3_DQU0/DDR2_DQ8

AE10

FRC_DDR3_DQU1/DDR2_DQ14

AF7

FRC_DDR3_DQU2/DDR2_DQ13

AD11

FRC_DDR3_DQU3/DDR2_DQ12

AD7

FRC_DDR3_DQU4/DDR2_DQ15

AD10

FRC_DDR3_DQU5/DDR2_DQ9

AE7

FRC_DDR3_DQU6/DDR2_DQ10

AF10

FRC_DDR3_DQU7/DDR2_DQM1

AD8

FRC_DDR3_NC/DDR2_DQM0

AE8

FRC_REXT

Y11

FRC_TESTPIN

Y19

ACKP/RLV3P/RED[3] W26

ACKM/RLV3N/RED[2] W25

A0P/RLV0P/RED[9] U26

A0M/RLV0N/RED[8] U25

A1P/RLV1P/RED[7] U24

A1M/RLV1N/RED[6] V26

A2P/RLV2P/RED[5] V25

A2M/RLV2N/RED[4] V24

A3P/RLV4P/RED[1] W24

A3M/RLV4N/RED[0] Y26

A4P/RLV5P/GREEN[9] Y25

A4M/RLV5N/GREEN[8] Y24

BCKP/TCON13/GREEN[1] AC26

BCKM/TCON12/GREEN[0] AC25

B0P/RLV6P/GREEN[7] AA26

B0M/RLV6N/GREEN[6] AA25

B1P/RLV7P/GREEN[5] AA24

B1M/RLV7N/GREEN[4] AB26

B2P/RLV8P/GREEN[3] AB25

B2M/RLV8N/GREEN[2] AB24

B3P/TCON11/BLUE[9] AC24

B3M/TCON10/BLUE[8] AD26

B4P/TCON9/BLUE[7] AD25

B4M/TCON8/BLUE[6] AD24

CCKP/LLV3P AD23

CCKM/LLV3N AE23

C0P/LLV0P/BLUE[5] AE26

C0M/LLV0N/BLUE[4] AE25

C1P/LLV1P/BLUE[3] AF26

C1M/LLV1N/BLUE[2] AF25

C2P/LLV2P/BLUE[1] AE24

C2M/LLV2N/BLUE[0] AF24

C3P/LLV4P AF23

C3M/LLV4N AD22

C4P/LLV5P AE22

C4M/LLV5N AF22

DCKP/TCON5 AD19

DCKM/TCON4 AE19

D0P/LLV6P AD21

D0M/LLV6N AE21

D1P/LLV7P AF21

D1M/LLV7N AD20

D2P/LLV8P AE20

D2M/LLV8N AF20

D3P/TCON3 AF19

D3M/TCON2 AD18

D4P/TCON1 AE18

D4M/TCON0 AF18

GPIO0/TCON15/HSYNC/VDD_ODD AB22

GPIO1/TCON14/VSYNC/VDD_EVEN AB23

GPIO2/TCON7/LDE/GCLK4 AC23

GPIO3/TCON6/LCK/GCLK2 AC22

FRC_GPIO0/UART_RX AB16

FRC_GPIO1 AA14

FRC_GPIO3 AC15

FRC_GPIO8 Y16

FRC_GPIO9/UART_TX AC16

FRC_GPIO10 AC14

FRC_I2CM_DA AA16

FRC_I2CM_CK AA15

FRC_I2CS_DA Y10

FRC_I2CS_CK AA11

FRC_PWM0 AB15

FRC_PWM1 AB14

LGE105DB-LF-1 (S7-Tcon Divx_ Non_RM/MS10)

IC101-*5

S7T_DIVX & DD

NC_43

AE1

NC_73

AF16

NC_59

AF1

NC_45

AE3

NC_40

AD14

NC_29

AD3

NC_72

AF15

NC_60

AF2

NC_57

AE15

NC_28

AD2

NC_42

AD16

NC_41

AD15

NC_58

AE16

NC_61

AF3

NC_71

AF14

NC_27

AD1

NC_39

AD13

NC_56

AE14

NC_55

AE13

NC_46

AE4

NC_31

AD5

NC_62

AF4

NC_30

AD4

NC_44

AE2

NC_66

AF8

NC_35

AD9

NC_51

AE9

NC_67

AF9

NC_53

AE11

NC_64

AF6

NC_48

AE6

NC_69

AF11

NC_32

AD6

NC_38

AD12

NC_47

AE5

NC_70

AF12

NC_63

AF5

NC_54

AE12

NC_52

AE10

NC_65

AF7

NC_37

AD11

NC_33

AD7

NC_36

AD10

NC_49

AE7

NC_68

AF10

NC_34

AD8

NC_50

AE8

NC_12

Y11

GND_105

Y19

RLV3P W26

RLV3N W25

RLV0P U26

RLV0N U25

RLV1P U24

RLV1N V26

RLV2P V25

RLV2N V24

RLVCKP W24

RLVCKN Y26

RLV4P Y25

RLV4N Y24

WPWM AC26

OPTP/FLK2 AC25

RLV5P AA26

RLV5N AA25

RLV6P AA24

RLV6N AB26

RLV7P AB25

RLV7N AB24

OPTN/FLK3 AC24

FLK AD26

GCLK6 AD25

GCLK5 AD24

LLV3P AD23

LLV3N AE23

LLV0P AE26

LLV0N AE25

LLV1P AF26

LLV1N AF25

LLV2P AE24

LLV2N AF24

LLVCKP AF23

LLVCKN AD22

LLV4P AE22

LLV4N AF22

GOE/GCLK1 AD19

GSC/GCLK3 AE19

LLV5P AD21

LLV5N AE21

LLV6P AF21

LLV6N AD20

LLV7P AE20

LLV7N AF20

GSPR AF19

GSP/VST AD18

SOE AE18

POL AF18

VDD_ODD AB22

VDD_EVEN AB23

GCLK4 AC23

GCLK2 AC22

NC_23 AB16

DPM AA14

HCON AC15

NC_15 Y16

NC_26 AC16

LEDON AC14

NC_20 AA16

NC_19 AA15

NC_11 Y10

NC_17 AA11

SCAN_BLK AB15

SCAN_BLK1 AB14

LGE105B-LF-1 (S7-Tcon Non_Divx/RM/MS10)

IC101-*7

S7T_NON_DIVX & DD

NC_43

AE1

NC_73

AF16

NC_59

AF1

NC_45

AE3

NC_40

AD14

NC_29

AD3

NC_72

AF15

NC_60

AF2

NC_57

AE15

NC_28

AD2

NC_42

AD16

NC_41

AD15

NC_58

AE16

NC_61

AF3

NC_71

AF14

NC_27

AD1

NC_39

AD13

NC_56

AE14

NC_55

AE13

NC_46

AE4

NC_31

AD5

NC_62

AF4

NC_30

AD4

NC_44

AE2

NC_66

AF8

NC_35

AD9

NC_51

AE9

NC_67

AF9

NC_53

AE11

NC_64

AF6

NC_48

AE6

NC_69

AF11

NC_32

AD6

NC_38

AD12

NC_47

AE5

NC_70

AF12

NC_63

AF5

NC_54

AE12

NC_52

AE10

NC_65

AF7

NC_37

AD11

NC_33

AD7

NC_36

AD10

NC_49

AE7

NC_68

AF10

NC_34

AD8

NC_50

AE8

NC_12

Y11

GND_105

Y19

RLV3P W26

RLV3N W25

RLV0P U26

RLV0N U25

RLV1P U24

RLV1N V26

RLV2P V25

RLV2N V24

RLVCKP W24

RLVCKN Y26

RLV4P Y25

RLV4N Y24

WPWM AC26

OPTP/FLK2 AC25

RLV5P AA26

RLV5N AA25

RLV6P AA24

RLV6N AB26

RLV7P AB25

RLV7N AB24

OPTN/FLK3 AC24

FLK AD26

GCLK6 AD25

GCLK5 AD24

LLV3P AD23

LLV3N AE23

LLV0P AE26

LLV0N AE25

LLV1P AF26

LLV1N AF25

LLV2P AE24

LLV2N AF24

LLVCKP AF23

LLVCKN AD22

LLV4P AE22

LLV4N AF22

GOE/GCLK1 AD19

GSC/GCLK3 AE19

LLV5P AD21

LLV5N AE21

LLV6P AF21

LLV6N AD20

LLV7P AE20

LLV7N AF20

GSPR AF19

GSP/VST AD18

SOE AE18

POL AF18

VDD_ODD AB22

VDD_EVEN AB23

GCLK4 AC23

GCLK2 AC22

NC_23 AB16

DPM AA14

HCON AC15

NC_15 Y16

NC_26 AC16

LEDON AC14

NC_20 AA16

NC_19 AA15

NC_11 Y10

NC_17 AA11

SCAN_BLK AB15

SCAN_BLK1 AB14

LGE101DB-LF-1 (S7 Non_Tcon/RM/MS10)

IC101-*9

S7_DIVX & DD

NC_48

AE1

NC_78

AF16

NC_64

AF1

NC_50

AE3

NC_45

AD14

NC_34

AD3

NC_77

AF15

NC_65

AF2

NC_62

AE15

NC_33

AD2

NC_47

AD16

NC_46

AD15

NC_63

AE16

NC_66

AF3

NC_76

AF14

NC_32

AD1

NC_44

AD13

NC_61

AE14

NC_60

AE13

NC_51

AE4

NC_36

AD5

NC_67

AF4

NC_35

AD4

NC_49

AE2

NC_71

AF8

NC_40

AD9

NC_56

AE9

NC_72

AF9

NC_58

AE11

NC_69

AF6

NC_53

AE6

NC_74

AF11

NC_37

AD6

NC_43

AD12

NC_52

AE5

NC_75

AF12

NC_68

AF5

NC_59

AE12

NC_57

AE10

NC_70

AF7

NC_42

AD11

NC_38

AD7

NC_41

AD10

NC_54

AE7

NC_73

AF10

NC_39

AD8

NC_55

AE8

NC_12

Y11

GND_105

Y19

LVACLKP/LLV6P/BLUE[3] W26

LVACLKN/LLV6N/BLUE[2] W25

LVA0P/LLV3P/BLUE[9] U26

LVA0N/LLV3N/BLUE[8] U25

LVA1P/LLV4P/BLUE[7] U24

LVA1N/LLV4N/BLUE[6] V26

LVA2P/LLV5P/BLUE[5] V25

LVA2N/LLV5N/BLUE[4] V24

LVA3P/LLV7P/BLUE[1] W24

LVA3N/LLV7N/BLUE[0] Y26

LVA4P/LLV8P Y25

LVA4N/LLV8N Y24

LVBCLKP/LLV0P/GREEN[5] AC26

LVBCLKN/LLV0N/GREEN[4] AC25

LVB0P/RLV6P/RED[1] AA26

LVB0N/RLV6N/RED[0] AA25

LVB1P/RLV7P/GREEN[9] AA24

LVB1N/RLV7N/GREEN[8] AB26

LVB2P/RLV8P/GREEN[7] AB25

LVB2N/RLV8N/GREEN[6] AB24

LVB3P/LLV1P/GREEN[3] AC24

LVB3N/LLV1N/GREEN[2] AD26

LVB4P/LLV0P/GREEN[1] AD25

LVB4N/LLV0N/GREEN[0] AD24

RLV3P/RED[7] AD23

RLV3N/RED[6] AE23

RLV0P/LVSYNC AE26

RLV0N/LHSYNC AE25

RLV1N/LCK AF26

RLV2P/RED[9] AF25

RLV1P/LDE AE24

RLV2N/RED[8] AF24

RLV4P/RED[5] AF23

RLV4N/RED[4] AD22

RLV5P/RED[3] AE22

RLV5N/RED[2] AF22

TCON3/OE/GOE/GCLK2 AD19

TCON15/SCAN_BLK1 AE19

TCON18/CS7/GCLK5 AD21

TCON19/CS8/GCLK6 AE21

TCON11/CS5/HCON AF21

TCON10/CS4/OPT_N AD20

TCON9/CS3/OPT_P AE20

TCON16/WPWM AF20

TCON12/DPM AF19

TCON1/STV/GSP/VST AD18

TCON5/TP/SOE AE18

TCON14/SACN_BLK AF18

TCON21/CS10/VGH_ODD AB22

TCON20/CS9/VGH_EVEN AB23

TCON13/LEDON AC23

TCON17/CS6/GCLK4 AC22

NC_26 AB16

NC_19 AA14

NC_30 AC15

NC_15 Y16

NC_31 AC16

NC_29 AC14

NC_21 AA16

NC_20 AA15

NC_11 Y10

NC_17 AA11

NC_25 AB15

NC_24 AB14

LGE101B-LF-1(S7 Non_Tcon/Divx/RM/MS10)

IC101-*11

S7_NON_DIVX & DD

NC_48

AE1

NC_78

AF16

NC_64

AF1

NC_50

AE3

NC_45

AD14

NC_34

AD3

NC_77

AF15

NC_65

AF2

NC_62

AE15

NC_33

AD2

NC_47

AD16

NC_46

AD15

NC_63

AE16

NC_66

AF3

NC_76

AF14

NC_32

AD1

NC_44

AD13

NC_61

AE14

NC_60

AE13

NC_51

AE4

NC_36

AD5

NC_67

AF4

NC_35

AD4

NC_49

AE2

NC_71

AF8

NC_40

AD9

NC_56

AE9

NC_72

AF9

NC_58

AE11

NC_69

AF6

NC_53

AE6

NC_74

AF11

NC_37

AD6

NC_43

AD12

NC_52

AE5

NC_75

AF12

NC_68

AF5

NC_59

AE12

NC_57

AE10

NC_70

AF7

NC_42

AD11

NC_38

AD7

NC_41

AD10

NC_54

AE7

NC_73

AF10

NC_39

AD8

NC_55

AE8

NC_12

Y11

GND_105

Y19

LVACLKP/LLV6P/BLUE[3] W26

LVACLKN/LLV6N/BLUE[2] W25

LVA0P/LLV3P/BLUE[9] U26

LVA0N/LLV3N/BLUE[8] U25

LVA1P/LLV4P/BLUE[7] U24

LVA1N/LLV4N/BLUE[6] V26

LVA2P/LLV5P/BLUE[5] V25

LVA2N/LLV5N/BLUE[4] V24

LVA3P/LLV7P/BLUE[1] W24

LVA3N/LLV7N/BLUE[0] Y26

LVA4P/LLV8P Y25

LVA4N/LLV8N Y24

LVBCLKP/LLV0P/GREEN[5] AC26

LVBCLKN/LLV0N/GREEN[4] AC25

LVB0P/RLV6P/RED[1] AA26

LVB0N/RLV6N/RED[0] AA25

LVB1P/RLV7P/GREEN[9] AA24

LVB1N/RLV7N/GREEN[8] AB26

LVB2P/RLV8P/GREEN[7] AB25

LVB2N/RLV8N/GREEN[6] AB24

LVB3P/LLV1P/GREEN[3] AC24

LVB3N/LLV1N/GREEN[2] AD26

LVB4P/LLV0P/GREEN[1] AD25

LVB4N/LLV0N/GREEN[0] AD24

RLV3P/RED[7] AD23

RLV3N/RED[6] AE23

RLV0P/LVSYNC AE26

RLV0N/LHSYNC AE25

RLV1N/LCK AF26

RLV2P/RED[9] AF25

RLV1P/LDE AE24

RLV2N/RED[8] AF24

RLV4P/RED[5] AF23

RLV4N/RED[4] AD22

RLV5P/RED[3] AE22

RLV5N/RED[2] AF22

TCON3/OE/GOE/GCLK2 AD19

TCON15/SCAN_BLK1 AE19

TCON18/CS7/GCLK5 AD21

TCON19/CS8/GCLK6 AE21

TCON11/CS5/HCON AF21

TCON10/CS4/OPT_N AD20

TCON9/CS3/OPT_P AE20

TCON16/WPWM AF20

TCON12/DPM AF19

TCON1/STV/GSP/VST AD18

TCON5/TP/SOE AE18

TCON14/SACN_BLK AF18

TCON21/CS10/VGH_ODD AB22

TCON20/CS9/VGH_EVEN AB23

TCON13/LEDON AC23

TCON17/CS6/GCLK4 AC22

NC_26 AB16

NC_19 AA14

NC_30 AC15

NC_15 Y16

NC_31 AC16

NC_29 AC14

NC_21 AA16

NC_20 AA15

NC_11 Y10

NC_17 AA11

NC_25 AB15

NC_24 AB14

FLASH/EEPROM/GPIO

GP2_Saturn7M

DIMMING

URSA degug port

for WIRELESS READY

for SERIAL FLASH

/PF_CE0

H : Serial Flash

L : NAND Flash

/PF_CE1

H : 16 bit

L : 8 bit

Boot from SPI flash : 1’b0

Boot from NOR flash : 1’b1

Addr:10101--

I2C

A0’h

(AUD_SCK, AUD_MASTER_CLK, PWM1, PWM0)

EEPROM

for ETHERNET PHY

HDCP EEPROM

NAND FLASH MEMORY

from CI SLOT

TO SCART1

MIPS_no_EJ_NOR8 : 4’h3 (MIPS as host. No EJ PAD. Byte mode NAND flash.)

MIPS_EJ1_NOR8 : 4’h4 (MIPS as host. EJ use PAD1. Byte mode NAND flash.)

MIPS_EJ2_NOR8 : 4’h5 (MIPS as host. EJ use PAD2. Byte mode NAND flash.)

B51_Secure_no scramble : 4’hb (8051 as host. Internal SPI flash secure boot, no scramble)

B51_Sesure_scramble : 4’hc (8051 as host. Internal SPI flash secure boot with scarmble)

for SYSTEM/HDCP

EEPROM&URSA3

Internal demod out

/External demod in

$0.199

Ver. 1.3

LD650 Scan

& MS10 :Region that support MS10(ex:DTV Country)

& DD :Region that support only Dolby Digital(ex:AISA Analog/KOREA)

This manual suits for next models

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