4.1
Inch
OLED
Display
Panel
with
Touch
Screen
High-resolution
4.1"
AMOLED
display
featuring
568×1232
resolution,
MIPI
interface,
RM69A10
driving
IC,
and
GT9895
touch
panel
IC
Key
Specifications
|
Attribute
|
Value
|
|
Part
Number
|
ESHX4104AC73.A
|
|
Display
Technology
|
AMOLED
with
Touch
|
|
Size
|
4.1
inch
|
|
Outline
Dimensions
|
48.1
×
100.6
mm
|
|
Active
Area
|
43.55
×
94.47
mm
|
|
Resolution
|
568(W)
×
RGB
×
1232
|
|
Interface
|
MIPI
|
|
Brightness
|
280c/d
|
|
Operating
Temperature
|
-20°C
to
70°C
|
|
Storage
Temperature
|
-30°C
to
80°C
|
|
Driving
IC
|
RM69A10
|
|
Touch
Panel
IC
|
GT9895
|
Product
Images
Technical
Drawing
AMOLED
Technology
Advantages
-
Perfect
blacks
and
infinite
contrast
ratio
-
Vibrant
colors
with
wide
gamut
-
Ultra-fast
response
times
-
Flexible
and
thin
design
capabilities
-
Energy
efficient
operation
-
Always-On
Display
(AOD)
functionality
-
Superior
viewing
angles
-
Excellent
HDR
performance
Note:
AMOLED
displays
are
more
expensive
than
LCD
and
TFT
alternatives,
have
a
shorter
operational
lifetime,
and
offer
lower
peak
brightness
in
sustained
outdoor
use.
Manufacturer
Advantages
-
Cost-effective
inland
manufacturing
base
-
Advanced
equipment
ensuring
stable
quality
-
Highly
automated
processes
for
efficiency
-
Expert
engineering
team
with
20+
years
experience
-
Custom
design
capabilities
Certifications:
ISO14001,
ISO9001,
IATF16949,
SGS
Company
Profile:
Founded
2009
in
Hubei
Enshi,
specializing
in
LCD,
LCM,
TFT,
backlight,
and
OLED
technologies
with
500+
employees
and
10%
R&D
staff.
Production
Capacity
(Thousands/Day)
|
Product
|
2021
|
2022
|
2023
|
2024
|
2025
|
|
LCD
|
4.5
|
9
|
9
|
9
|
9
|
|
LCM
|
70
|
150
|
300
|
450
|
450
|
|
Backlight
|
100
|
200
|
300
|
500
|
500
|
|
OLED
|
10
|
20
|
30
|
40
|
50
|
Typical
Applications
-
Smartphones
and
tablets
-
Wearable
devices
(smartwatches)
-
AR/VR
headsets
-
Television
and
monitors
-
Automotive
displays
-
Medical
equipment
and
smart
home
devices
Power
Efficiency
Advantages
-
Per-pixel
power
consumption:
Only
active
pixels
consume
power
-
Content-dependent
efficiency:
More
efficient
for
dark
interfaces
-
Dynamic
brightness
control:
Individual
pixel
adjustment
reduces
power
-
Size
scalability:
More
efficient
for
smaller
displays
