Sony XEL-1 Schematic

Introduction

FL1E OLED TV chassis

MODEL NAME XEL1

TABLE OF CONTENTS

Page

I. INTRODUCTION

2. FEATURES

4

2.1

C

omparison:

FL1E

vs.

SE3

2.2 Thickness

2.3 Contrast / Response Time

2.4 Super Top Emission

5
7
8
9

10
14
17

3. BACKGROUND / TYPES

3.1 Principles behind OLED

3.2 Types

3.3 Facts

19
20
25

4. FEATURES INTO DETAIL

4.1 Panel Structure

4.2 Super Top Emission

4.3 Response Time

26

28
29
30
33

4.4 Sound System

4.5 High Contrast

4.6 Auto Brightness Control

4.7 Bioplastics

4.8 Buttons and Connections

35

36
37
38

4.9 Audio Out Digital

4.10 Specifications

4.11 DVB-C Support

4.12 Operating Instructions

5. SERVICE STRATEGY

Page

40
42
44
45

5.I Mechanical Structure

5.2 Repair Flow

5.3 Error Codes

5.4 Block Diagram

6. PANEL DEFECTS

46

48

5.5 Overview

6.I Bright Dot

49

51

52

6.2 Black Dot

6.3 Panel Protection

7. MODULE EXCHANGE REPORT

56

8. SOFTWARE UPDATES

XEL-1: First OLED TV in Europe

OLED High Picture Qualit

y

v

11” SONY OLED Panel

Ô

960×540dots

Õ

v

Absolute High Picture Quality

-Outstanding Contrast ÔOver 1,000,000:1

Õ

g

,,

- Brazing F ast R esponse Time

- Wide Viewing Angle

- Peak Brightness

- Exceptional Colour Reproduction

v

OLED Fine Motion*

Sound

v

Screen Position Sound System

with Screen Frame Tweeter*

Slim & Stylish Desig

n

v

“Lightness” by Cantilever Arm

v

Amazing Slim

ECO Friendl

y

v

Light Emission Control*

v

Bio-plastic for Remote & Rear cover*

V

arious Connectivit

y

v

HDMI×2

v

USB×1 with Photo application

* = Exclusive features for XEL-1 Europe

Ý

Feature Comparison: FL1E vs. SE3 (EG1L)

•

F

eatures

Added

9 Auto Brightness Control
9

Orbit

Control (picture moves all 30 minutes as PDP)

9 Screen Saver
9 Optical/HP compatible jack
9 New Speaker System

• Features Changed

9 Panel Resolution (graphics & video 960 x 540

)

RM-ED015

(g p )

9 Picture Mode (cinema > custom & settings)
9 Sound Effect (settings)
9 Audio Maximum Output (1.2W)

Lithium batter

y

CR2032

9

T

oneContro

l

9 Remote Control

Feature Comparison: FL1E vs. SE3 (EG1L)

•

F

eatures

Del

ete

d

9 Inputs: composite / component / scart2 / audio / PC / HDMI audio
9

Outputs:

Video

/ Audio

9 Backlight at picture menu
9 Clear Voice & BBE ViVa at Sound effects
9 Logo illumination

9

PC S

ettings

9 PAP / PIP / Freeze
9 Syncronized Recording
9 Bravia Theatre S

y

nc

y

9 Picture Frame Mode
9 Hotel Mode
9 Demo Mode

Thickness

(Thinnest Part)

9

XEL1 KDL-40ZX1

Contrast / Response Time

Conventional TV OLED TV

High contrast

The OLED display technology keeps the
luminous phenomenon under perfect
control. The result is striking
reproducibility of black levels and sharp
ima

g

eswith high contrast.

g

g

Response time

The OLED pixels emit light directly. This
results in a nearly instant response time,
an ideal display property fo

r

w

atching
fast-pacedmovementssuchasfootball
game play.

Wid

eviewing angle

Enjoy motion pictures from any angle.

Super Top Emission

Conventional TV OLED TV

High brightness

The top emission structure intensifies

bright

nessbyincreasingtheaperture

ratio.

Wid

ecolourrange

The combination of colour filters and the
microcavity structure widens the colour
gamut.

•

Principle behind OLED (1/4)

An OLED consists of the following parts:

ƒ Substrate (clear plastic, glass, foil) => supports the OLED
ƒ Anode (transparent) => removes electrons (adds electron holes) when a

current flows throu

g

h the device

g

ƒ Organic layers => layers are made of organic molecules or polymers

• Conducting layer transports ‘holes’ from anode

• Emissive layer transports electrons from the cathode

ƒ Cathode (may or may not betransparent) => inject electronswhen a current

flows through the device.

Principle behind OLED (2/4)

•

How do OLEDs emit light?

ƒ A power supply applies a voltage across the OLED
ƒ An electrical current flows from the cathode to the anode through the organic

layers

(

actually

this is a flow of electrons)

• The cathode gives electrons to the emissive
layers of organic molecules

• The anode removes electrons from the

conductive

layer or

organic

molecules

(this is in fact giving electron holes to

the conductive layer)

ƒ Electrons find electron ‘holes’

at the boundary between the

emissive and the conductive layer, then falling into an energy level of the atom
that is missing an electron.

ƒ The OLED emits light
ƒ The colour of the light depends on the type of organic molecules
ƒ The intensityor brightness depends on the amount of electrical current

applied.

Principle behind OLED (3/4)

OLED

=

O

rganic

L

ight

E

mitting

D

iode

N

O

AlNN
O

O

Ù

N

O

AlNN
O

O

Principle behind OLED (4/4)

N

O

O

O

S

N

R

R

N

R'

O

N

O

AlNN
O

O

N

O

AlNN
O

O

Host molecules

ETL

EML
HTL

Cathode

Electron transport layer

Emissive layer

Hole transport layer

Anode

N

O

AlNN
O

O

Ù

N

×

O

S

N

R

R

N

R'

O

N

O

AlNN
O

O

Electron / Hole Pairing

A

lNN

O

N

O

AlNN
O

O

×

N

O

AlNN
O

O

N

O

Al

N

N

O

O

Guest molecules

nü

Glass board

N

O

AlNN
O

O

N

O

AlNN
O

O

O

Al

N

N

O

O

N

O

AlNN
O

O

1. Electrical charge in emissive layer

Electrons and holes are injected into the emissive
layer from electrodes.

2. The formation of electron-hole pairs

th

rough charge transfe

r

Electron-hole pairs are formed when the injected
electrons and holes approach one another while flowing
through the emissive layer on host molecules.

3. Energy transfer to the emitting

N

R

R

R'

N

O

AlNN
O

O

Ù

Energy transfer

Recombine

Fig. Luminescence of fireflies (emission of luciferin oxide)

Bioluminescence

material (guest molecules)

When electrons and holes recombine in
electron-hole pairs, energy is transferred to
the guest molecules.

OSNO

N

O

AlNN
O

O

×

N

N

S

N

S

HO

COOH

Oxidize

Luciferin

Emit

4. Excitation of the emitting

material (guest molecules)

Guest molecules are excited by energy
transferred from recombining electrons and
holes, achieving a state of high energy.

O

S

N

R

R

N

R'

O

O

Al

N

N

O

O

N

O

AlNN
O

O

Excited state

N

S

N

S

HO

O

Low-energy
ground state

Light

N

S

N

S

HO

O

Oxidized Luciferin
ÔExcited stateÕ

Light

Some insects and other organisms produce organic matter to emit
light, but the principle of this luminescence is somewhat different
from that of an OLED. An OLED produces light with an electric
current, while bioluminescent organisms generally produce light
through a chemical reaction (oxidation).

The excited guest molecules emit light, thereby
releasing energy and returning to their low­energy ground state

O

S

N

R

R

N

R'

O

Low-energy ground state

Types (1/3)

ƒ 1. Passive-matrix OLED (PMOLED)

- Have strips of cathode, organic layers and strips of anode
These strips are arranged perpendicular, at the intersections of the cathode and
anode. The ‘pixels’ light-up when a current is applied.

-Use

d

for

text an

d

i

cons on smallscreen

(PDA, mobile phone, MP3 players).

ƒ 2. Active-matrix OLED (AMOLED

)

()

- Have full layers of cathode, organic molecules and anode, but the anode layer
overlays a thin film transistor (TFT) array that forms a matrix.

- Used for computer monitors, TVs and electronic signs.

ƒ 3. Transparent OLED (TOLED)

Types (2/3)

- Have only transparent components (anode, cathode, substrate).
Turned off, they are up to 85% transparent.

- Used for heads-up displays.

ƒ 4. Top-emitting OLED

- Best suited for active-matrix desi

g

n.

g

- Used for TV screens.

ƒ 5. Foldable OLED (FOLED)

Types (3/3)

Have substrates made of very flexible foils or plastics.

ƒ 6. White OLED (WOLED)

- Emit white light that is brighter and more energy efficient
than that emitted by fluorescent lights.

- Used for lighting homes and buildings.

Facts about OLED (1/2)

ƒ Thinner, lighter and more flexible than LCD.

ƒ Brighter than LEDs, because the organic layers of an OLED are much thinner than

the corresponding inorganic crystal layers of LCD.

ƒ Do not require backlighting like LCDs and they consume much less power.

This is veryimportant for battery-operated devices.

ƒ Easier to produce and can be made to larger sizes. (printing process)

ƒ Wider viewing angle.

ƒ Lifetime: While red and green OLED films have

Facts (2/2)

ƒ longer lifetimes, blue organics currently have
ƒ much shorter lifetimes.

ƒ

Manufacturing

:

Expensive

right

now

(

low

volumes, unique

set

-up)

.

ƒ

W

ater:

OLED

sare afraidof water.

Panel Stucture

OLED

panel rearview

T2 board

Sony’s unique Super Top Emission

Super Top Emission (1/5)

yq

p

p

technology promises higher brightness and
a wider gamut of colour

•

The top emission structure (light emits from the upper side of the organic

film) renders images with higher brightness and efficiency.

• The microcavity structure widens the range of colour reproduction.

Conventional panels display by ‘bottom emission’, a method in which light exits from an organic layer

• Colour filters reduce the reflection (glare) of ambient light and intensify
the purity of colour.

through a transparent anode. To integrate the OLED, a controlled circuit has to be arranged under
the anode in a configuration that decreases the aperture ratio as the OLED emits light from the
anode. Sony solved the problem by adopting a top-emission construction in which the controlled
circuit is arranged over the anode instead of under it. The resulting increase in the aperture ratio

intensifies the brightness and improves efficiency

.
The microcavity structure helps to improve the colour reproducibility.The film thicknesses of red,
green, and blue are selected to match the optical path lengths between the cathode and anode

electrodes to the peak EL spectral wave lengths for the respective colours.
The circular polarizer, the device typically used to cut ambient reflected light, decreases the image
brightness. The OLED avoids the problem by using colourfilters to cut the ambient reflected light.

This widens the gamut of colour while minimizing brightness degradation.

Super Top Emission (2/5)

Super Top Emission (3/5)

Micro Cavit

y

y

Super Top Emission (4/5)

S

uper Top

E

mission vs.

N

orma

l T

op

E

mission

Super Top Emission

Normal Top Emission

colour filter

Polarizing film

Retardation film

Glass substrate

Cathode

Organic film

Anode

Cathode

Organic film

Anode

Glass substrate

TFT

TFT

OLED×Microcavity×colour filter OLED×Retardation film×Polarizing film

Glass substrate

Glass substrate

Oled106.jpg

oled105.jpg

To complement the gains in brightness and efficiency from the top emission structure,

Super Top Emission cuts the ambient reflected light and widens the colour range

by adopting a microcavity structure and colour filters.

Super Top Emission (5/5)

Wide

Colour

Gamut

Response Time

Outstanding Motion Picture Expression

The OLED display has an excellent response time because the organic elements
emit light (output) only when current is flowing (input). There is no delay in
output due to molecular motion, as wit

h liquid

crystal, and no afterglow from
phosphors, as with CRT. Therefore, the display produces sharp pictures with
clear and natural motion. The dynamic characteristics of the display are stable in

both high

-

temperature and low

-

temperature environments

.

Comparison of video images

Dynamic Characteristics in Relation to the
Ambient Temperature*

Dynamic
characteristics of
the OLED display
remain remarkably
stable under both
high-temperature

OLED display

An example of motion blur

LCD(60Hz)

oving Picture

erformance

Slow

an

d l

ow­temperature
conditions

2

1.021.0

0102030

40

LCD(120Hz)

OLED 60Hz (duty30%)

M

P

First

ss

Test cell response

0

0.5

ç»Î

10ôsec

0

0.5

ç»Î

10ôsec

Brightn

e

RT=0.01

ms

2.3mm Thick Multilayer Piezoelectric Actuato

r

I

Embedded in the

Sound System (1/2)

y

(2kHz > 20 kHz / 0.2W+0.2W)

frame of the panel

>> No change in

appearance !!

Base Unit Shape

3

=> Extended

to the

f

ront.

=> Thickened only at the back.

New Speaker Box

2

2 mm

(120Hz > 8kHz / 1.2W+1.2W)

8

mm

<Current>

Sound System (2/2)

<New>

Sound is coming from the
Panel !!

Speaker Box

Sound Flow

(

400Hz

> 15kHz / 1W+1W)

wow!!

Not enough Bass sound,,,

Reflected on
the back of the
pane

l

Fatal,,,

Not coming to the front,,,,

High Contrast

• Peak Brightness : 500cd/m² over (Vivid)

– All White Picture : 150cd/m²

• Black is out of range of the equipment to measure

–

1,000,000 : 1

contrast

”

BRAVIA20”

OLED

11

Auto Brightness Control

Function and example

v Detect the higher brightness level and position
v Control brightness level as follows

Ste

p

1: Reduce Brightness for all screen area

p

g

Step 2: Reduce Brightness for partial area

(ex. press red LOGO)

Detect Brightness level

Reduce Brightness all area, later on partial area

Instruction Manual is saying:

Bioplastics (1/3)

89% of

customers are intereste

d in “

eco-frien

dly”

products

and 30% actively look for them.

Information Resources, Inc.2007

XEL-1 is the

world’s first TV

to use

“

Bi

oplas

ti

cs

”

on Remote Control and Terminal Cover

Bioplastics (2/3)

Molding

with additives

What is it?

Plastics

(PLA, PA11, etc)

Fermentation /
Chemical

p

rocess

Sony

Product s

Recycling

p

Biomass

Incineration

CO

2

Photosynthesis

H2O

etc

Bioplastics (3/3)

Remot e contr ol

Which part is

bioplastic

?

Terminal cover

Buttons and connections (1/2)

Buttons and connections (2/2)

Audio Out digital

Specifications

DVB-C support

http://support.sony-europe.com/TV/DVBC/

Operating instructions

http://support.sony-europe.com/manuals/

Service Strategy

Mechanical Structure (1/2)

Display module

Arm module

Chassis/Pedestal module

Mechanical Structure (2/2)

SP BOX(L)

HE1 PWB

CAM slot/SP BOX Amp

HE2 PWB

SP BOX(R)

Front Keys, LED, HP/OPT jack

FAN

-

Unit

(with Heat spreader)

DC

PCMCIA

BE PWB

RF

HDMI x2

USB x1

System devices

Repair Flow

1.

Check the claim

2. Exchanging the module & the boards

• Check LED blinks

•

AC ad

apto

r

• Panel module

• Boards (BE, HE1, HE2)

• Connections among the boards

3. Software update

•

Check the S/W Version

• Update S/W

4. Confirm general functions

Flow Chart for repairing

Repairing starts

Power On
the TV

Make sure to press
Power on t he f ront

p

anel

Open the chassis an

d

Power
ON?

Exchange the

other A C
ada

p

tor

Power
ON?

Get n ew

AC

p

check if

F6204

is o pe

n

or not

Wait for 20 sec to
check if Stby(RED)

;GU

0

Q

;GU

0

Q

adaptor

to

exchange

LED blinks or not

LED

Check if the customers
claims the panels

Panel

After checking the
cosmetic qualities,try
to

re

p

roduce the

Images on

0Q 0Q 0Q

bli nk s?

qua

liti

es or no

t

qualities?

Check

PANEL

qualities

p

symptons

the panel?

;GU

;GU

;GU

Blinking times
are
16,23,24,25,26,
28?

Dis-assemble the TV and exchange

BO ARDs

to the other to chec k if the

sympton would be c hanged or not

0Q

When exchanging
BE board,pay
at t ent ions on the
connections

Dis-assemble

PANEL mo dule

and exchange
to the other t o check if the sympton w ould be
changed or not

;GU

Error codes

LED Blink FL1E Note

2 DC DET (Main Voltage

)

To be Error-STBY

LED Blink FL1E Note

15 Tuner Erro

r

• Red digits: Related to Panel module

_

(g)

3 Irregular AC Adapter Error To be Error-STBY
4 Reserved
5 Reserved

16 Panel Micro Error To be Error-STBY

17 I2C CH0 (VERD NVM/RTC)
18 Digital Demod.

6 Reserved
7 Internal Temperature Error

8 Audio Error (SP Protection) To be Error-STBY

19

USB Error

20 CI Error
21 VCT Error
22 MSP-S Error

9

FAN Error

To be Error

-

STBY

10 Digital Error
11 NVM Error
12 I2C Error VCT Reboot TV

23 Panel FPGA Erro

r

To be Error-STBY

24 Panel Current Error To be Error-STBY
25 Panel Voltage Error To be Error-STBY
26 Panel Temperature Error To be Error-STBY

13 Reserved
14 HDMI Error

27 FRC-M Error

28 Panel V Sync Error To be Error-STBY

FL1E Block diagram

Digital Video
Analog Video
Digital Audio
Analog Audio

Graphics

Control

BE Board

Piezo Speaker

VCT-Premium

FRC-M

Panel

UFE

DDR2

512M

667

RF IN
Digital
Analog

CVBS Analog RF

333M

333M

DDR2

512M

667

DDR2

256M

667

DDR2

256M

667

333M333M

DDR2

256M

667

SW

I2C

T2 Board

Firmware

NVM

I2C

EMMA3SL

MPEG/AVC

Decoder

AV/Switch

colour Decoder

3D Comb

PC/HD ADC

Audio Dig Decoder

Audio Delay

Scaler

NR

1.5HFR
60 > 90Hz
50 > 75Hz

MC

Graphics Mix

FPGA

Gamma/WB

Control

NAND

Flash

Digital Video[0-7]/Clk/HS/VS

Graphics ARGB[0:7]CLUT
Around 30M /CLK/HS/VS

Graphics CLK

I2S Digital Audio

QSS

LVDS

TS from

COFDM/QA

M

EMMA3 SPDIF

I2C

RSDS

M

LVD

S

MSP5651S

I2

USB

Photo

MS (JIG)

Histogram

TV Control

TXT Decoding

HDMI Decoder

WCG

Panel
Micro

TMDS

I2C

UART

I2

C

VCTP

I2C

I2C

I2C

M

PEQ

Delay

HPF/LPF

S

TAS5103

PW

M

I2C I2C

HDMI1

HDMI2

Sub Micro

Power SW

Key

STBY

NVM

TMDS

Analog

Audio

Main L/R

EDID

NVM

SW

T

emp

sensor

NVM

VCTP SPDIF

EDID

NVM

FAN

FAN
PWM

M

AD

IR

LED

NVM

RTC

HP

Amp

HE1 Board

SIRCS

OPT

sensor

I2C

+6dB

Amp

Analog

Audio

HP L/R

SPDIF

OUT

Main

Speaker

HE2 Board

OPTICAL

Headphone out

PCI

PCMCIA

Connector

CI

buffer

TPA3005D2

L /1W

R/ 1W

Overview

ƒ Tuner BTD-HF413

• Analogue + DVB-T + DVB-C

ƒ IC 8200 Î FRC9459M

• Frame rate control

ƒ IC 7000 Î UPD61300

•

EMMA 3 processor

also

used

in EG1L (W4000)

ƒ IC 4701 Î VCT8398P

• Video processor also used in EG1LL (L4000)

ƒ IC 3405 Î MSP5661S

ƒ Sound processor

ƒ

IC 3401

Î

TAS5103

ƒ Digital Amplifier

ƒ

IC 040 (HE1

board

)

Î

TPA3005

ƒ Class D amplifier

Panel defects

Bright Dot

One or more pixels are always shining. This means the pixel is in out-of-control mode.
You can recognize it when the screen is black, e.g. with HDMI input without signal.

Green Bright Dot

Red Bright Dot Blue Bright Dot

Black Dot

Black Dot is caused by a pixel

having a

colour

dot not shining

at all

.
In case the background colour is the same as that of the defective pixel, it looks black.
In case the background is all white, an other colour can be noticed.

Green Black Dot

Visual image of RGB Black Dot

Blue Black Dot Red Black Dot

Same
colour
as back­ground

All
white
Screen

No green pixel
can be seen =>

Magenta

No blue pixel
can be seen =>

Yellow

No red pixel
can be seen =>

Cyan

Dot Chart

Claim

How to classify as “Bright Dot”?

Instruction

Manual is saying:

Bright Dot?

Y

es

No

Judge : NG

Send complete

set to BCN

Explain the customer it is a panel defect.
Then send set to BCN for panel exchange.

Judge : OK, Explain customer it is NOT a defectJudge : OK, Explain customer it is NOT a defect

Change the input to HDMI without
signal. If it is noticeable in all black
screen, it is a bright dot.

Black Dot?

OLED panel is high-precise device. Dot defect may be recognized on the screen
as described in the Instruction manual. Sony only releases products that have been
strictly inspected and judged as good products at the factory.
Details of the specification are confidential.

OLED panel is high-precise device. Dot defect may be recognized on the screen
as described in the Instruction manual. Sony only releases products that have been
strictly inspected and judged as good products at the factory.
Details of the specification are confidential.

Did

customer

understand

?

Yes

Completion of

customer

treatment

No

Customer is still Not satisfied

Set exchange

A

rrange one set to exchange.

Explain to the customer that another set may have black dots again.

Y

es

Completion of

customer

Did

customer

understand

Accept to return

the TV

No

Customer still complains

Explain the customer that Sony accepts to return (customer refunded)

treatment

?

XEL-1 Screen Saver

Example of Screen

Panel Protections

A few minutes

*60 min.

nAuto Startup Seq.
nRadio (UK)
nPhoto
nPhoto Thumbnail
nPhoto Slide Show

How to

return

Photo

(Original) Photo

Black Screen ×XEL-1 logo

Press

A few sec.

nTe l e t ex t
nEPG
nStill / Almost Still Image

(RF & HDMI)

Brightness Reduction (incl. Auto Brightness Control Function)

Home / OPTIONS

*

30 mi

n.

nXMB/OPTION

Still/Almost still Image

Darker than the original image Image Brightness (Original)

Time-out Screen Saver

A few minutes

n

MENU

Released OSD to be shown permanentl

y

(Original) Screen

XMB

A few minutes

nMUTE
nUnsupported signal

py

MUTE

MUTE

MUTE message Disappea

r

MUTE message

Orbit

Picture position moves each 30 minutes.

nOrbit was introduced

in PDP

Module Exchange Report (1/4)

• Module Exchange tool used
to return complete product.

• Existing tool used by all
ASCs.

• Familiar “Look & feel”, even
though repair policy is
different.

52

Module Exchange Report (2/4)

•Important Guideline Data

p

Module Exchange Report (3/4)

• It is essential to add the return
address and contact details for
the repaired OLED set.

• Without accurate data, BCN
cannot meet TAT requirements.

• Return address can be ASC or
SCO depending on your choice.

• Not to be used for end user
address.

54

Module Exchange Report (4/4)

• Output form is standard.

• Form MUST be included with the return
of the defective shipment.

55

Service Mode (1/3)

• Prepare remote commanders

- TT R/C

-

RM-E0015 has
no TT Command key on it.

Y

ou have to prepare

Normal R/C

•Press

- T>T> Home (TT R/C)

-

+

pp

another one for TT.

In STBY mode, display> 5>

Vol

>

Stby

(Normal R/C)

• TV will enter into Service mode.

<Useful TT commands List>

TT08 >> Go back to Shipping condition

TT13 >>Disable/Enable Still Detection/AutoBrightnessControl

TT33 >>Disable WP to write EDID data (HDMI)

TT47 >>Mute BOX SP(to check Panel SP only)

Service Mode (2/3)

• Select “PRODUCT VERSION” and press the right arrow key. The software versions
will appear.

• There are 4 microcomputers in XEL-1. Each of them has its own software version

Software versions

ind

ependently.

– TM: TV Micro (VCTP)
– VM: Standby Micro (VERD)
– DM: Digital Micro (EMMA)

–

PM: Panel Micr

o

– Software versions will always be informed to Service as “PKG VERSION”, not as individual files.

Press key

Service Mode (3/3)

• Select “ERRORS” and Press Right Arrow key, then ERROR Status appear.

ERROR status

P

ress

key

Software Updates

Preparation

Open the service terminal cover (Fig.1)

Bottom of the set

Open the service terminal cover

How to Update Software

1. Unzip the MS_PKG release file and save the fl1e folder onto a MS.

Connect flexible Cable 1 to BEJIG Board (Fig.2)

(Cable 2 is not required for a software update)

Cable-2 is not required for a
software update

2. Unplug power to turn TV Power Off.

3. Insert the MS into the MS slot in BE-JIG board.

4. Plug the power cord to power on the TV.

Process takes around 30 secs to start. If TV is in analogue

mode,

p

icture

is

displayed, but this is normal.

6. During MS download STANDBY (RED) LED is on and TIMER (ORANGE)
LED is blinking (common behavior across all chassis).

7. When MS download is finished (took more than 10 min). the following

Fig.1

LEDs are displayed:

STANDBY (RED) / TIMER (ORANGE) / POWER (GREEN)

8. Power off the TV.

9. Disconnect the cable from TV.

Cable-2 is not required for a
software update

10. Plug the power.

11. (If MS package does not include a VCTP update, ignore this step)
STANDBY (RED) LED is lighting about 5 seconds (VCTP is rewriting NVM).
There will not be a picture in the panel, so unplug and plug the power
supply again.

12. Check the PKG version in the Service Menu.

Fig.2

Future developments

”

21 Prototype OLED