1.77
Inch
OLED
Screen
Module
Custom
OLED
panel
with
160x128
resolution,
SSD1353
driver,
and
compact
size
ideal
for
smart
wearable
and
portable
devices.
Key
Specifications
|
Attribute
|
Value
|
|
Display
Technology
|
AR
display
|
|
Size
|
1.77
inch
|
|
Display
Type
|
AMOLED
|
|
Resolution
|
160×128
|
|
Interface
|
8/9/16/18-bit
6800/8080-series
Parallel
interface,
Series
Peripheral
interface
|
|
View
Angle
|
160°
|
Technical
Parameters
|
Parameter
|
Value
|
|
Part
Number
|
HX177U0M-XYJ-DKP0
|
|
Display
Mode
|
1.77-inch
OLED
Color
Display
Screen
|
|
AA
Size
|
35.015(W)
×
28.012(H)
mm
|
|
Display
Dots
|
160×128
|
|
Panel
Size
|
42.8(W)
×
33.52(H)
mm
|
|
Pin
Count
|
45PIN
|
|
Pixel
Size
|
0.048(W)
×
0.199(H)
mm
|
Product
Images
![Front view of 1.77-inch OLED display module]()
Front
View
![Side view of 1.77-inch OLED display module]()
Side
View
![Close-up of 1.77-inch OLED display module]()
Close-up
![1.77-inch OLED display module with ruler for scale]()
Size
Comparison
![Connection interface of 1.77-inch OLED display module]()
Connection
Interface
![1.77-inch OLED display module showing color display]()
Color
Display
Pin
Definition
Micro
OLED
Technology
Overview
Key
Advantages
-
Ultra-High
Pixel
Density
(PPI)
-
Thin,
Lightweight,
and
compact
design
-
Superior
Image
Quality
-
Lower
power
consumption
-
Wide
operating
Temperature
Range
-
High
brightness
&
Efficiency
(with
advanced
designs)
-
Manufacturing
&
Scalability
benefits
Limitations
-
High
production
costs
&
limited
supply
-
Limited
brightness
(compared
to
Micro
LED)
-
Limited
view
angles
-
Shorter
lifespan
(compared
to
micro
LED)
-
Limited
application
scope
(small
display
only)
-
Motion
Blur
&
Persistence
issues
(in
VR)
-
Competition
from
micro
LED
Huaxin
Technology
Advantages
-
Cost-effective
factory
location
-
Advanced
equipment
for
stable
quality
-
Automated
processes
for
efficiency
and
consistency
-
20+
years
of
LCD
field
expertise
-
Custom
product
design
capabilities
Certifications
-
ISO14001
-
ISO9001/IATF16949
-
SGS
of
LCD
module
Company
Overview
Specialization:
R&D,
production
and
sales
of
LCD,
LCM,
TFT,
backlight,
OLED
Register
Capital:
Twenty
million
Production
Capacity
|
Product
|
2021
|
2022
Goal
|
2023
Goal
|
2024
Goal
|
2025
Goal
|
|
LCD
(k
logs/day)
|
4.5
|
9
|
9
|
9
|
9
|
|
LCM
(k
pieces/day)
|
70
|
150
|
300
|
450
|
450
|
|
Backlight
(k
pieces/day)
|
100
|
200
|
300
|
500
|
500
|
|
OLED
(k
pieces/day)
|
10
|
20
|
30
|
40
|
50
|
Applications
-
VR/AR/MR
headsets
-
Military
/
aerospace
-
Medical
devices
and
microdisplays
-
Camera
&
electronic
viewfinders
-
Automotive
displays
-
Wearable
&
smart
glasses
Technology
Comparison
|
Feature
|
Micro
OLED
|
Traditional
OLED
|
MicroLED
|
|
Substrate
|
Silicon
wafer
|
Glass/plastic
|
Sapphire/glass
|
|
PPI
|
3,000-5,000+
|
400-800
|
1,000+
|
|
Size
|
<1
inch
common
|
Smartphone/TV
sizes
|
Scalable
|
|
Power
Use
|
Low
|
Medium
|
Very
Low
|
|
Lifespan
|
Moderate
(OLED
aging)
|
Moderate
|
Very
Long
|
|
Cost
|
High
|
Moderate
|
Very
high
|
Future
Outlook
Micro
OLED
technology
is
expected
to
dominate
AR/VR
and
wearable
displays
due
to
its
unmatched
pixel
density.
Major
companies
like
Sony,
Samsung,
BOE,
and
eMagin
are
investing
heavily
in
this
technology.
