Spoilt for choice - which screen is the right one?

 

Spoilt for choice - which screen is the right one?

Finding the right replacement screen can be a challenge. To give you an overview and a basis for decision-making, we have compiled the most important differences. In this blog, you will find the advantages and disadvantages of the individual main points. We also introduce you to the different quality standards of screens in our range.

What are the main differences between AMOLED and TFT displays?

Here, two different screen technologies with different strengths and weaknesses face each other. We have highlighted the advantages and disadvantages in individual focal points.

Backlighting:

One of the biggest differences between AMOLED and TFT screens is the type of illumination. TFT screens are backlit, while OLED screens are self-lit. This means that TFT screens require more energy to operate.

Frame rate:

Another important difference is the refresh rate. The refresh rate indicates how often the image on the screen is updated. AMOLED screens have a higher refresh rate than TFT screens, which means that they display images faster and more smoothly.

Response time:

Response time refers to how long it takes for pixels to change from one colour to another. AMOLED screens have a shorter response time than TFT screens.

Colour accuracy/display quality:

AMOLED screens reproduce colours more accurately. This is because each pixel emits its own light. This means that colours are cleaner and more vivid. On the other hand, TFT screens use a backlight to illuminate the pixels, which can make colours dull or less vivid.

Viewing angle:

The viewing angle is the angle from which you see the screen. AMOLED screens have a wider viewing angle than TFT screens. This means that the screen can be viewed from multiple angles without distorting the colours.

Power consumption:

One of the main advantages of AMOLED screens is that they consume less energy than TFT screens. This is because the pixels of an AMOLED screen only light up when needed, whereas the pixels of a TFT screen always light up the backlight.

Production costs:

AMOLED screens are more expensive to produce than TFT screens. This is because the production is more complex and the materials used are more expensive.

Lifespan:

AMOLED screens have a shorter lifespan than TFT screens because the organic materials used can decompose over time.

Availability:

TFT screens are more common than AMOLED screens and have been on the market longer. They are commonly used in a variety of devices, from phones to televisions.

Use:

Typically, an AMOLED screen is used in devices where power consumption is an issue, such as phones and mobile devices. TFT screens are usually used in devices where picture quality is more important, such as on TVs and monitors.

Which display technology is better?

AMOLED and TFT are two different display technologies. AMOLED screens tend to be brighter, but are more expensive to produce. TFT screens are cheaper to produce, but not as bright or energy efficient. Which display technology is best for you depends on your needs and preferences.

However, if you have concerns about picture quality, a TFT screen may be a better choice. Ultimately, it's up to you to decide which type of screen best suits your needs.

Quality standards in our shop

To meet your needs in terms of cost and quality, we have included two quality standards in our range. The tables below list all the differences.

iPhone 6 to 8

TFT (LCD)

Details

Premium

Standard

Brightness (cd/m2)

> 550

> 400

Colour temperature (K)

6500 +/- 1000

6500 +/- 1000

360° viewing angle

Yes

No

Oleophobic & lyophobic coating

Yes

No

Advantages

  • High colour scale
  • High resolution
  • High brightness
  • 360° viewing angle
  • Four-layer FPC board
  • High quality TSMC, IC & Touch IC Driver
  • No polarised light (sunglasses)
  • Anti Fingerprint & Oil Stain

  • High resolution
  • High-quality IC &Touch IC Driver

iPhone X until 13

TFT (LCD)

OLED

Details

Premium

Standard

Premium

Standard

Brightness (cd/m2)

> 650

> 450

> 650

> 500

Colour temperature (K)

6500 +/- 1000

6500 +/- 1000

6500 +/- 1000

6500 +/- 1000

360° viewing angle

Yes

Yes

Yes

Yes

Oleophobic & lyophobic coating

Yes

Yes

Yes

Yes

Advantages

  • High colour scale
  • Supports True Tone Display
  • TDDI technology & true incell structure
  • Narrow lower frame with COF structure
  • Low power consumption
  • High brightness
  • 360° viewing angle
  • No polarised light (sunglasses)
  • Anti Fingerprint & Oil Stain

  • High resolution
  • High brightness
  • High colour scale
  • 360° viewing angle
  • Anti Fingerprint & Oil Stain

  • High colour scale
  • Original resolution
  • Supports True Tone Display
  • Narrow lower frame
  • 40 % lower power consumption
  • High brightness
  • 360° viewing angle

  • High colour scale
  • High resolution
  • Supports True Tone Display
  • Narrow lower frame
  • 40% low power consumption
  • High brightness
  • 360° viewing angle