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Tutorial: Dr Pan Teaches Why OLED Is The Future Display

Dr Pan:Welcome to DISPLAY Museum. I am Dr Pan, the curator of Museum.

Greg:Hello, Dr Pan. I am Greg. I heard people talking about OLED is the future display all the time. What is your opinion?

Dr Pan:

Hello, Greg. Let us look at the comparison of the structures of OLED and LCD.

  We can simply summarize that LCD only has one more layer the bottom polarizer than OLED.

But LCD has to use a backlight behind or external light source to illuminate its display content.

Meanwhile, OLED’s pixel can actually produce its own light.

 This makes them fundamentally different. Here are several merits of OLED that LCD is impossible to achieve.  

  1. From the structure, we can see that it is much thinner because it has no backlight. It is a great advantage since nowadays thinner electronic products are much more popular.
  2. It is a savior of energy. It consumes less energy because it can produce its own light.
  3. It has a much better contrast between lights of different colors and therefore offers a significantly superior picture quality.
  4.  It has a faster responding time.
  5. It has an extremely well performance under low temperature, even in below 40 degreesCelsius.
  6. It could be rollable or transparent since we can use the transparent or flexible base material as supporting layer instead of the breakable and opaque ITO glass.
  7. It is quakeproof since there is no liquid orfragile material inside.

 

But it is not a perfect technology and there are several shortcomings.

  1.  It is very expensive. With the advance of technology, the price is much cheaper. Still, it isn’t affordable to everyone.
  2. The serving time is a little more than 10 thousand hours. It is significantly shorter than LCD’s.
  3. Its brightness is far lower than people’s expectation. It has no problem to be used as a display, but it has to improve its electronic-light efficiency before it can be used as a light source.
  4.  It will be easily damaged if it meets water.

Greg: Dr Pan, 10 thousand hours of serving time isn’t a little bit too short?

Dr Pan: Not at all. Even if we use it 5 hours everyday, it can be used for more than 5 years. Besides, the serving time will be improved in the near future.

In a nutshell, OLED is good enough as a future display. The technical problems will be solved by technology in the future.

Greg: Thank you, Dr Pan. Now I got it.

Dr Pan: Welcome to contact us if you have any questions.

Custom OLED Display Products

There are more than 100 new prototypes being developed every month and only a few selected typical feature products are displayed. 

ITEM DIMENSION UNIT
Size (Diagonal)
5.5 AMOLED
inch
Dot Matrix / Resolution
720(W)x RGB x 1280(H)
dots
Module Dimension
72.80*131.20*1.81
mm
LT PS Glass Dimension
72.80*131.20
mm
Active Area
69.12*122.88
mm
Interface
MIPI 4 lanes
Glass Thickness
0.5/0.5
mm
Operating Temperature
-20~+70
°C
Storage Temperature
-40~+80
°C

ITEM DIMENSION UNIT
Size (Diagonal)
0.95 AMOLED
inch
Dot Matrix / Resolution
180(W) x RGB x 120(H)
dots
Module Dimension
22.23x18.32x0.75mm
mm
LT PS Glass Dimension
22.23x18.32
mm
Active Area
20.03x13.36
mm
Dot/ Pixel Pitch
111.3 x111.3
μm
Glass Thickness
0.2/0.3
mm
Operating Temperature
-20~+70
°C
Storage Temperature
-40~+80
°C

ITEM DIMENSION UNIT
Size (Diagonal)
1.2 AMOLED
inch
Dot Matrix / Resolution
390(W) x RGB x 390(H)
dots
Module Dimension
33.99x33.62x0.78mm
mm
Connection Method
PCB
Active Area
30.42*30.42
mm
Interface
MIPI/SPI
Glass Thickness
0.2/0.3
mm
Operating Temperature
-20~+70
°C
Storage Temperature
-40~+80
°C

ITEM DIMENSION UNIT
Size (Diagonal)
1.3 PMOLED
inch
Dot Matrix / Resolution
128*64
dots
Module Dimension
35.40L*33. 50W*2. 70 (MAX) H
mm
Connection Method
4 PINs
Active Area
29.42*14.70
mm
Interface
I2C
IC
SH1106
Operating Temperature
-20~+70
°C
Storage Temperature
-40~+80
°C

ITEM DIMENSION UNIT
Size (Diagonal)
1.41 AMOLED
inch
Dot Matrix / Resolution
320(W) x RGB x 360(H)
dots
Module Dimension
26.04x31.78*0.75
mm
LT PS Glass Dimension
26.04x31.78
mm
Active Area
23.84x26.82
mm
Interface
MIPI
Glass Thickness
0.2/0.3
mm
Operating Temperature
-20~+70
°C
Storage Temperature
-40~+80
°C

ITEM DIMENSION UNIT
Size (Diagonal)
0.96 PMOLED
inch
Dot Matrix / Resolution
128*64
dots
Module Dimension
27.0L*27.0W*4.15 (MAX) H
mm
Connection Method
4 PINs
Active Area
21.74*10.86
mm
Interface
I2C/SPI
IC
SH1107
Operating Temperature
-20~+70
°C
Storage Temperature
-40~+80
°C

ITEM DIMENSION UNIT
Size (Diagonal)
1.78 AMOLED
inch
Dot Matrix / Resolution
368(W) x RGB x 448(H)
dots
Module Dimension
30.6X37.99X0.8
mm
Connection Method
FPC
Active Area
28.7X34.94
mm
Interface
MIPI/SPI
IC
RM69090
Operating Temperature
-20~+70
°C
Storage Temperature
-40~+80
°C

ITEM DIMENSION UNIT
Size (Diagonal)
2.8 PMOLED
inch
Dot Matrix / Resolution
256*64
dots
Module Dimension
84.0L*25.8W*2.0 (MAX) H
mm
Connection Method
30 PINs
Active Area
69.10*17.26
mm
Interface
I2C/SPI
IC
SSD1322U
Operating Temperature
-20~+70
°C
Storage Temperature
-40~+80
°C

ITEM DIMENSION UNIT
Size (Diagonal)
3.12 PMOLED
inch
Dot Matrix / Resolution
256*64
dots
Module Dimension
100.5L*33.5W*6.3(MAX) H
mm
Connection Method
16 PINs
Active Area
76.78*19.18
mm
Interface
SPI
IC
SSD1322
Operating Temperature
-20~+70
°C
Storage Temperature
-40~+80
°C
Quick Quote

Standard OLED Displays

Custom OLED Display Manufacturer & Supplier

Our custom OLED display capabilities include passive and active matrix OLEDs in standard sizes as well as customized designs, including custom FPCs, custom rounded substrate edges, integrated touch sensors and/or cover lenses, plus flexible and/or transparent options. Whatever your requirements specify, we can deliver a solution that suits your needs.

When you choose us to be your PMOLED or AMOLED display supplier, rest assured that we will stand with you throughout the entire project scope. From concept to production, our experienced sales and technical staff are here to help.

Custom Design Process

For product designers, engineers and manufacturers, a custom display and touch component can mean a positive, profitable product. As an experienced LCD and OLED panel supplier,  Displaybly can help you find the right technology for your application.

Why Work With Us

No more endlessly wasting your valuable time on lousy design monochrome LCD screens. DISPLAYBLY’s goal is to let you sit back and relax. Our consultant will keep you informed of the production progress throughout and we take care of all the hard works, including trade stuff, clearance, and logistics, etc.

  • You don’t have to be bothered to focus on the technical details since we are the experts.
  • You don’t have to care about the time difference since we offer 24/7 service.
  • You won’t have trouble designing the products by yourself since we can make the design for you for free.
  • You don’t have to worry about the samples since we will make the prototypes for you until you are satisfied for one-time payment.
  • You don’t have to concern about the quality since we have the best quality control system.
  • You don’t have to be anxious about the lead time since we are always ready and provide the best service on time.

Experienced Team

More than 10 years experience professional engineer team.

High Capacity

More than 10 production lines and can provide 50 thousand pieces of LCD module per day.

Modern Technology

The world’s leading technology and complete sets of imported production equipments.

Strict Quality Control

Implement ISO9001 quality control system to make high-quality standard products.

New Custom LCD Display Design Development

01 Communication

To start, you have to elaborate on your specific demands. It is best if you can offer your drawings. From our experience, many of our customers only have a concept in their mind and they ask for a quote or samples directly. This is not how it works. Sometimes a video conference or a face-face conference is necessary before we can fully understand your requirements. It usually involves a lot of questions, such as: 1. What is the application of the products ? 2. What is the timeline you’re working from? 3. What problem do we expect us to solve for you?

02 Design

After the first step, we both have some basic understandings . We pass some projects which are not suitable for us. And we can move on the next step: design. To better service our customers and save both of us some time, we will ask you to fill in some of our online forms. Online form custom LCD module. This is the basic information we have to acquire. If you are not certain about some parameters of custom LCD module, we will make the most reasonable design for you from engineering prospect.

03 Quote

Once the preliminary drawings are approved, we offer an official quotation which includes the unit prices, the tooling fees and the other details. Submit the payment if you are happy with the prices. If you can’t accept the prices, we can go back to step two. we can make it cheaper by simplifying the design. After we receive the payment, we will start to make the official drawings. It usually takes 1 to 3 days.

04 Prototypes

At this stage, we build samples based on tooling orders to justify proof of the concept. We can’t start the prototype process unless you sign on the official drawings. It usually takes 7 to 25 days to finish the samples base on the difficulties.

05 Validation

You as the customer validate the efficacy of the custom design before we agree to move into the larger production. It is normal to make several times of prototypes. One time tooling fee and no extra cost until you are satisfied.

Ask For A Quick Quote

We will contact you within 1 working day, please pay attention to the email with the suffix “@displaybly.com”. 

Tutorial Videos

If you are not familiar with technical terms:  COG, COB, segment, dot matrix, TN, HTN, STN, FSTN, VA, etc, check Dr. Pan’s introduction tutorials and you will find all the information you need.

Tutorial: Dr Pan Teaches Why OLED is The Future Display
Tutorial: Dr Pan Teaches How Monochrome OLED Works
Tutorial: Dr Pan Teaches How OLED Emits Colorful Light
Learn More

Production Videos

Are you still wondering how we produce  COG LCD module, COB LCD module, LCD module hybrid structure, LED backlight module, etc? Check the assembly process videos below and you will find your answers. 

A Review of Assembly Process of LCD Module Hybrid Structure with Membrane Switch Button
A Review of Assembly Process of LCD Module Hybrid Structure with LEDs on the PCB
A Review of Assembly Process of COB LCD Module for Fueling Equipment
Learn More

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Ask For A Quick Quote

We will contact you within 1 working day, please pay attention to the email with the suffix “@displayman.com”.