ZETTLER DISPLAYSSPECIFICATIONS FORLIQUID CRYSTAL DISPLAYCUSTOMER APPROVAL※ PART NO. : ATMD500M1 (ZETTLER DISPLAYS) SPEC VER1.0
COMPANYCHOPAPPROVALCUSTOMERCOMMENTSZETTLER DISPLAYS ENGINEERING APPROVALDESIGNED BYCHECKED BYAPPROVED BYXW

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GuZH

ATMD500M1 (ZETTLER DISPLAYS) TFT MODULE SPEC VER1.0
REVISION RECORDREVISIONREVISIONDATEPAGEVER1.0

2023-05-31--

ZETTLER DISPLAYSCONTENTSFIRST ISSUE1ATMD500M1 (ZETTLER DISPLAYS) TFT MODULE SPEC VER1.0※ CONTENTS
1.

GENERAL SPECIFICATIONS

2.

PIN ASSIGNMENT

3.

OPERATING SPECIFICATIONS

4.

OPTICAL SPECIFICATIONS

5.

RELIABILITY TEST

6.

PRECAUTION FOR USING LCM

7.

MECHANICAL DRAWING8.

PACKAGE DRAWING9.

INSPECTION SPECIFICATIONZETTLER DISPLAYS

2ATMD500M1 (ZETTLER DISPLAYS) TFT MODULE SPEC VER1.0
1. GENERAL SPECIFICATIONS
ItemSpecification

1. LCD size

5 inch(Diameter,circle)

2. Driver element

a-Si TFT active matrix

3. Resolution

1080(RGB) x 1080

4. Display mode

Normally Black, IPS, Transmissive

5. Dot pitch (W*H)

0.0392mm(W) x 0.1176mm(H)6.

Pixel pitch(W*H)

0.1176mm(W) x 0.1176mm(H)7.

Active area(W*H)

127.008mm(W) x 127.008mm(H)8.

Module size (W*H)

132.208mm(W) x 136.531mm(H) x 1.98mm(D)9.

Surface treatment

Clear

10. Color arrangement

RGB-stripe

11. Color

16.7M

12. Viewing angle (L/R/T/B)

80/80/80/80

13. Interface

MIPI 4-lane

14. LCD controller

HX8399C

15. LCM brightness

350cd/m2(Typ.)

16. Backlight driving condition

25mA @37.2V

17. Touch panel

Without

18. Touch controller

Without

19. Operation temperature-20~60 ºC20. Weight

71.1g (Typ.)21. RoHS

RoHS compliant

RemarkNote 1

Note 1: Please refer to mechanical drawing.

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ATMD500M1 (ZETTLER DISPLAYS) TFT MODULE SPEC VER1.0
2. PIN ASSIGNMENT
TFT LCD Panel Driving Section
Connector on the FPC: DF40C-50DP-0.4V or compatible.

Pin No.

SymbolFunction

Level

1~2

GND

GroundP

3

MIPI-D2P

MIPI-DSI data Lane 2 positive-end input/output pin

I4

LEDK

Power for LED backlight(Cathode)P

5

MIPI-D2N

MIPI-DSI data Lane 2 negative-end input/output pin

I

6

LEDK

Power for LED backlight(Cathode)

P

7~8

GND

GroundP

9

MIPI-D1P

MIPI-DSI data Lane 1 positive-end input/output pin

I

10

LEDA

Power for LED backlight(Anode)

P

11

MIPI-D1N

MIPI-DSI data Lane 1 negative-end input/output pin

I

12

LEDA

Power for LED backlight(Anode)

P

13~14

GND

GroundP

15

MIPI-CLKP

MIPI-DSI clock Lane positive-end input pin

I

16

ID_PIN2

ID pu to 1.8V

I

17

MIPI-CLKN

MIPI-DSI clock Lane negative-end input pin

I18

ID_PIN1

ID pd to GND

I19~20GNDGroundP

21

MIPI-D0P

MIPI-DSI data Lane 0 positive-end input/output pin

I

22

IOVCC

Disp digital power

P

23

MIPI-D0N

MIPI-DSI data Lane 0 negative-end input/output pin

I

24

IOVCC

Disp digital power

P

25~26

GND

GroundP

27

MIPI-D3P

MIPI-DSI data Lane 3 positive-end input/output pin

I

28

NC

No connection-29

MIPI-D3N

MIPI-DSI data Lane 3 negative-end input/output pin

I

30

VDD(-5)

Display -5V analog railP

31

GNDGroundP

32

VDD(-5)

Display -5V analog rail

P

33~35

NC

36

VDD(+5)

37

GND

38

VDD(+5)39~41

NC

No connection

42

GNDGround

43

NC

No connection

44

LED_PWM

45

NC

No connection

46

TE

Disp tearing effect outO

47

GND

GroundP

ZETTLER DISPLAYS

No connection

Note-

Display +5V analog rail

PGroundP

Display +5V analog rail

PP-Backlight pwm output

O-4

ATMD500M1 (ZETTLER DISPLAYS) TFT MODULE SPEC VER1.0
48

RST

Disp Reset signal

I

49~50

GND

GroundP

I: input, O: output, P: Power

3. Operating Specification
3.1.1 ABSOLUTE MAXIMUM RATINGSItemSymbolValues
Min.

Max.

UnitLogic Power Voltage

IOVCC

-0.3

3.6

VAnalog Positive Power Voltage

VSP-0.3

6.6

VAnalog Negative Power Voltage

VSN06.6

VBacklight Power Voltage

VLED--38.4

V

Operation TemperatureTOP-2060ºC

Storage Temperature

TST-3075ºC

RemarkNote 1: The absolute maximum rating values of this product are not allowed to be exceeded at any times.
Should a module be used with any of the absolute maximum ratings exceeded, the characteristics of the module
may not be recovered, or in an extreme case, the module may be permanently destroyed.
3.1.2 Typical Operation Conditions
ValuesSymbolMin.

Typ.

Max.

Power supply input Voltage

IOVCC

1.65

1.8Analog Positive Power Voltage

VSP

4.8Analog Negative Power Voltage

VSN

Input Logic Low Voltage
Input Logic High Voltage

Item

Unit

Remark3.3

VNote 156V-6-5-4.8

V

VIL

GND

--

0.3 IOVcc

VVIH

0.7 IOVcc--IOVcc

V

Note 1: Frame rate=60HZ, Typ. Pattern White pattern, worst case pattern 1×1 checker 25℃.

3.1.3 Backlight driving conditions
ValuesSymbolMin.

Typ.

Max.

Voltage for LED Backlight

VfLED--37.2

38.4

Current for LED Backlight

IfLED

LED Power Consumption

PLEDItem25--0.744

UnitRemarkV

Note 1mA
0.96

HrNote 2

Note 1: The LED Supply Voltage is defined by the number of LED at Ta=25℃ and IL =25mA.
Note 2: The LED Life-time define as the estimated time to 50% 30000hrs degradation of initial luminous.

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ATMD500M1 (ZETTLER DISPLAYS) TFT MODULE SPEC VER1.0
3.2 Power on/off sequence
A. Power ON/OFF Timing

3.3 Input Signal Timing
3.3.1 DSI DC characteristics
Vertical Timing

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Horizontal Timing

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3.3.2 Input Timing Table
To be updated, or refer to IC datasheet

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ATMD500M1 (ZETTLER DISPLAYS) TFT MODULE SPEC VER1.0
4.0 OPTICAL SPECIFICATIONS
Item

Viewing Angle(CR≥10)
Response Time

SymbolCondition

θLΦ=180o(9 O'CLOCK)

θR

Values
Min.

Typ.

Max.

7080--o7080--o

Φ=0 (3 O'CLOCK)

θT

Φ=90 (12 O'CLOCK)7080--

θB

Φ=270o(6 O'CLOCK)

7080

--

TON + TOFF

Ta=25℃----40

Unit

RemarkNote 1degreemsec

Note 3

NTSC%

6570--

Contrast Ratio

CR800

1300----

Note 4Note 2WX

Normal

0.276

0.306

0.336

--

WY

Θ=Φ=0o0.288

0.318

0.348

--

Color Chromaticity

Note 5Luminance

L300

350--

cd/m

Luminance Uniformity

YU7080--%Note 62

Note 6Note 7

Test Conditions:
1. IL=25mA (Backlight current), the ambient temperature is 25℃.
2. The test systems refer to Note 2.

Note 1: Definition of viewing angle range

Figure 4.1 Definition of viewing angle.

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9ATMD500M1 (ZETTLER DISPLAYS) TFT MODULE SPEC VER1.0
Note 2: Definition of optical measurement system.
The optical characteristics should be measured in dark room. After 30 minutes operation, the optical properties aremeasured at the center point of the LCD screen. (Response time is measured by Photo detector TOPCON

Figure 4.2 Optical measurement system setup

Note 3: Definition of Response time
The response time is defined as the LCD optical switching time interval between “White” state and “Black” state. Risetime (TON) is the time between photo detector output intensity changed from 90% to 10%. And fall time (TOFF) is thetime between photo detector output intensity changed from 10% to 90%.

Figure 4.3 Definition of response.

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ATMD500M1 (ZETTLER DISPLAYS) TFT MODULE SPEC VER1.0
Note 4: Definition of contrast ratio

Note 5: Definition of color chromaticity (CIE1931)
Color coordinates measured at center point of LCD.
Note 6: All input terminals LCD panel must be ground while measuring the center area of the panel.

Note 7: Definition of Luminance Uniformity
Active area is divided into 9 measuring areas (Refer to Fig. 4.4 ).Every measuring point is placed at the center of eachmeasuring area.

Figure 4.4 Definition of measuring points.

Bmax: The measured maximum luminance of all measurement position.
Bmin: The measured minimum luminance of all measurement position.

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ATMD500M1 (ZETTLER DISPLAYS) TFT MODULE SPEC VER1.0
5. RELIABILITY TESTItem
High temperaturestorageLow temperaturestorageHigh temperature
operation
Low temperature
operationHigh temperature/Highhumidity operation
Thermal ShockVibration test
Mechanical shock
Package vibration test

Package drop test
Electro static discharge

Test Condition Item
Ta= 75 ºC 96hrs
Ta=-30 ºC 96hrs
Ts= 60 ºC 96hrs
Ts=-20 ºC 96hrs

RemarkNote 1
Note 4Note 1
Note 4Note 2
Note 4Note 1
Note 4

90% RH 60ºC 96hrs

Note 4-30℃/30 min ~ +75℃/30 min for a total 50 cycles, Start withcold temperature and end with high temperature.

Note 4

Freq:10~55~10Hz
Amplitude:1.5mm
2 hours for each direction of X,Y,Z(6 hours for total)
100G 6ms,±X, ±Y, ±Z 3 times for each direction
Random Vibration :0.015G*G/Hz from 5-200HZ, -6dB/Octave
from 200-500HZ
2 hours for each direction of X. Y. Z.
(6 hours for total)
Height:60 cm
1 corner, 3 edges, 6 surfaces
Contact=4KV,Air=8KV

Note 1: Ta is the ambient temperature of samples.
Note 2: Ts is the temperature of panel’s surface.
Note 3: In the standard condition, there shall be no practical problem that may affect thedisplay function. After the reliability test, the product only guarantees operation,
but don’t guarantee all of the cosmetic specification.
Note 4: Before cosmetic and function test, the product must have enough recovery time, at least 2 hours
at room temperature.

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ATMD500M1 (ZETTLER DISPLAYS) TFT MODULE SPEC VER1.0
6. PRECAUTION FOR USING LCM
1. When design the product with this LCD Module, make sure the viewing angle matches to its purpose of usage.
2. As LCD panel is made of glass substrate, Dropping the LCD module or banging it against hard objects may cause
cracking or fragmentation. Especially at corners and edges.
3. Although the polarizer of this LCD Module has the anti-glare coating, always be careful not to scratch its surface.
Use of a plastic cover is recommended to protect the surface of polarizer.
4. If the LCD module is stored at below specified temperature, the LC material may freeze and be deteriorated. If it isstored at above specified temperature, the molecular orientation of the LC material may change to Liquid state and it
may not revert to its original state. Excessive temperature and humidity could cause polarizer peel off or bubble.
Therefore, the LCD module should always be stored within specified temperature range.
5. Saliva or water droplets must be wiped off immediately as those may leave stains or cause color changes if
remained for a long time. Water vapor will cause corrosion of ITO electrodes.
6. If the surface of LCD panel needs to be cleaned, wipe it swiftly with cotton or other soft cloth. If it is not still clean
enough, blow a breath on the surface and wipe again.
7. The module should be driven according to the specified ratings to avoid malfunction and permanent damage.
Applying DC voltage cause a rapid deterioration of LC material. Make sure to apply alternating waveform bycontinuous application of the M signal. Especially the power ON/OFF sequence should be kept to avoid latch-up ofdriver LSIs and DC charge up to LCD panel.
8. Mechanical Considerationsa) LCM are assembled and adjusted with a high degree of precision. Avoid excessive shocks and do not makeany alterations or modifications. The following should be noted.
b) Do not tamper in any way with the tabs on the metal frame.
c) Do not modify the PCB by drilling extra holes, changing its outline, moving its components or modifying itspattern.
d) Do not touch the elastomer connector; especially insert a backlight panel (for example, EL).
e) When mounting a LCM makes sure that the PCB is not under any stress such as bending or twisting.
Elastomer contacts are very delicate and missing pixels could result from slight dislocation of any of theelements.
f) Avoid pressing on the metal bezel, otherwise the elastomer connector could be deformed and lose contact,
resulting in missing pixels.
9. Static Electricitya) Operator
Wear the electrostatics shielded clothes because human body may be statically charged if not ware shielded clothes.
Never touch any of the conductive parts such as the LSI pads; the copper leads on the PCB and the interface terminals
with any parts of the human body.
b) Equipment
There is a possibility that the static electricity is charged to the equipment, which has a function of peeling or friction
action (ex: conveyer, soldering iron, working table). Earth the equipment through proper resistance (electrostatic earth:
1x108 ohm).
Only properly grounded soldering irons should be used.
If an electric screwdriver is used, it should be well grounded and shielded from commutator sparks.
The normal static prevention measures should be observed for work clothes and working benches; for the latter
conductive (rubber) mat is recommended.
c) Floor
Floor is the important part to drain static electricity, which is generated by operators or equipment.
There is a possibility that charged static electricity is not properly drained in case of insulating floor. Set the electrostaticearth (electrostatic earth: 1x108 ohm).
d) Humidity
Proper humidity helps in reducing the chance of generating electrostatic charges. Humidity should be kept over 50%RH.
e) Transportation/storage
The storage materials also need to be anti-static treated because there is a possibility that the human body or storage
materials such as containers may be statically charged by friction or peeling.
The modules should be kept in antistatic bags or other containers resistant to static for storage.
f) SolderingSolder only to the I/O terminals. Use only soldering irons with proper grounding and no leakage.
Soldering temperature : 280°C ± 10°C
Soldering time: 3 to 4 sec.
Use eutectic solder with resin flux fill.
If flux is used, the LCD surface should be covered to avoid flux spatters. Flux residue should be removed afterwards.
g) Others

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13ATMD500M1 (ZETTLER DISPLAYS) TFT MODULE SPEC VER1.0
The laminator (protective film) is attached on the surface of LCD panel to prevent it from scratches or stains. It should bepeeled off slowly using static eliminator.
Static eliminator should also be installed to the workbench to prevent LCD module from static charge.
10. Operationa) Driving voltage should be kept within specified range; excess voltage shortens display life.
b) Response time increases with decrease in temperature.
c) Display may turn black or dark blue at temperatures above its operational range; this is (however not pressing
on the viewing area) may cause the segments to appear “fractured”.
d) Mechanical disturbance during operation (such as pressing on the viewing area) may cause the segments toappear “fractured”.
11. If any fluid leaks out of a damaged glass cell, wash off any human part that comes into contact with soap and water.
The toxicity is extremely low but caution should be exercised at all the time.
12. Disassembling the LCD module can cause permanent damage and it should be strictly avoided.
13. LCD retains the display pattern when it is applied for long time (Image retention). To prevent image retention, do not
apply the fixed pattern for a long time. Image retention is not a deterioration of LCD. It will be removed after display
pattern is changed.
14. Do not use any materials, which emit gas from epoxy resin (hardener for amine) and silicone adhesive agent(dealcohol or deoxym) to prevent discoloration of polarizer due to gas.
15. Avoid the exposure of the module to the direct sunlight or strong ultraviolet light for a long time.
The brightness of LCD module may be affected by the routing of CCFL cables due to leakage to the chassis throughcoupling effect. The inverter circuit needs to be designed taking the level of leakage current into consideration. Thoroughevaluation is needed for LCD module and inverter built into its host equipment to ensure specified brightness.

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ATMD500M1 (ZETTLER DISPLAYS) TFT MODULE SPEC VER1.0
7. MECHANICAL DRAWINGZETTLER DISPLAYS

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ATMD500M1 (ZETTLER DISPLAYS) TFT MODULE SPEC VER1.0
8. PACKAGE DRAWING
T.B.D

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ATMD500M1 (ZETTLER DISPLAYS) TFT MODULE SPEC VER1.0
9. INSPECTION SPECIFICATION
1. SCOPE SPECIFICATIONS CONTAIN
1.1 DISPLAY QUALITY EVALUATION1.2 MECHANICS SPECIFICATION
2. SAMPLING PLAN
UNLESS THERE IS OTHER AGREEMENT, THE SAMPLING PLAN FOR INCOMING INSPECTION SHALL FOLLOWMIL-STD-105E.
2.1 LOT SIZE: QUANTITY PER SHIPMENT AS ONE LOT (DIFFERENT MODEL AS DIFFERENT LOT ).
2.2 SAMPLING TYPE: NORMAL INSPECTION, SINGLE SAMPLING.
2.3 SAMPLING LEVEL: LEVEL II.
2.4 AQL: ACCEPTABLE QUALITY LEVELMAJOR DEFECT: AQL=0.65
MINOR DEFECT: AQL=1.0
3. PANEL INSPECTION CONDITION
3.1 ENVIRONMENT:ROOM TEMPERATURE: 25±5°C.
HUMIDITY: 65±5% RH.
ILLUMINATION: 300 ~ 700 LUX.
3.2 INSPECTION DISTANCE:
35±5 CM
3.3 INSPECTION ANGLE:THE VISION OF INSPECTOR SHOULD BE PERPENDICULAR TO THE SURFACE OF THE MODULE.
3.4 INSPECTION TIME：PERCEPTIBILITY TEST TIME: 20 SECONDS MAX.
4. DISPLAY QUALITY
4.1 FUNCTION RELATED:THE FUNCTION DEFECTS OF LINE DEFECT, ABNORMAL DISPLAY, AND NO DISPLAY ARE CONSIDERED
MAJOR DEFECTS.
4.2 BRIGHT/DARK DOTS:

Note: 1:The definition of dot: The size of a defective dot over 1/2 of whole dot is regarded as one defective dot.
Bright dot: Dots appear bright and unchanged in size in which LCD panel is displaying under black pattern.
The bright dot defect must be visible through 2% ND filter
Dark dot: Dots appear dark and unchanged in size in which LCD panel is displaying under pure red, green, bluepattern.
4.3 Pixel Definition:

Note 1:
If pixel or partial sub-pixel defects exceed 50% of the affected pixel or sub-pixel area, it shall be considered as1
defect.
Note 2:
There should be no distinct non-uniformity visible through 2% ND Filter within 2 sec inspection times.

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ATMD500M1 (ZETTLER DISPLAYS) TFT MODULE SPEC VER1.0
4.4Visual Inspection specifications:ZETTLER DISPLAYS

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ATMD500M1 (ZETTLER DISPLAYS) TFT MODULE SPEC VER1.0

Note: Extraneous substance and scratch not affecting the display of image, for instance, extraneous substance underpolarizer film but outside the display area, or scratch on metal bezel and backlight module or polarizer film outside thedisplay area, shall not be considered as defective or non-conforming.

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