It may not be very easy for you to make a choice between a PixelSense and an AMOLED display if you do not know how exactly these displays differ from one another.
However, it will take a lot of time and effort to find them individually from the internet. An easy alternative is to read this article which includes the major differences between these two display technologies.
There are also some additional facts and information following it which will help you further to make the final decision.
In This Article
KEY TAKEAWAYS
- The AMOLED technology is a year older in comparison to the PixelSense technology of Microsoft that was introduced in 2008.
- AMOLED is a display technology that is basically dependent on TFT backplane principle whereas PixelSense is a touchscreen technology that is dependent on the photoreceptive pixels.
- The touch support of the PixelSense displays and its horizontal orientation like a table allows easy sharing of files by multiple users.
- The AMOLED displays offer wider viewing angle, realistic graphics and faster refresh rates.
- While the AMOLED displays are less energy efficient and suffer from screen burn-ins, the PixelSense displays suffer from functionality issues due to loss of alignment.
The 4 Differences Between AMOLED and PixelSense
1. Design
AMOLED is a specific type of OLED or Organic Light Emitting Diode display device technology that uses a special kind of thin film.
The organic compounds used in this technology acts as the electroluminescent material on activation of electrical current to illuminate and control the flow of pixels. In short, AMOLED is mainly based on TFT backplane technology.
On the other hand, the structure of the PixelSense displays include four particular parts such as the horizontal multi-touch supported screen that can process varied inputs, the infrared spectrum created the LED light source, the Central Processing Unit and the Digital Light processing engine that helps the camera to read large number of touches and gestures at the same time.
2. Year of Release
The concept of AMOLED was developed in 2006.
On the other hand, PixelSense technology was announced by Microsoft in 2007. This makes PixelSense a relatively newer technology.
3. Advantages
There are a few significant advantages offered by the AMOLED displays which include a faster refresh rate, smoother and more realistic graphics, quicker activation of pixels, wider viewing angles, less consumption or power, and greater visibility with higher amount of light overall.
On the other hand, the benefits of using a PixelSense display is greater convenience in sharing files, ease of use without the need of any keyboard or mouse, useful features that support multiple users facilitating communication and faster completion of tasks.
4. Disadvantages
The downsides of AMOLED displays are also quite significant which include higher cost and faster wear down. These displays are also prone to screen burn-ins and reduced visibility in direct sunlight making them unsuitable for use outdoors.
In comparison, the complex technology of PixelSense is known to have some issues in their functionality and screen response since these displays can easily get out of the specific alignment which may cause some inconvenience while using.
They also suffer from lighting issues and need more accuracy and precision in the touches to select an object.
Which is Better – PixelSense or AMOLED?
To put it in simple words, the choice of display to be used in a computer ultimately depends on your needs and preferences.
As you can see from the list of differences above, both the PixelSense and AMOLED displays have their fair share of pros and cons and some structural and functional differences.
If that was not all for you to make your choice, here are a few other facts and information that will be of further assistance.
The Natural User Interface of the PixelSense screen will offer the perfect harmony in operation when multiple users share the same screen while working on a project in a group. This makes things more effective and productive.
It is this transformation from a Graphics User interface to NUI that you will see the PixelSense screens to be used extensively in several industries such as:
- Healthcare
- Financial services
- Retail
- Governments
- Education
- Media and entertainment.
Another good thing about the PixelSense screen is that it does not suffer from the restrictive properties that are customary with traditional touch screens since it does not use the camera to recognize touches and movements.
In addition to the above, the features and benefits offered by a PixelSense display makes it a useful component for other applications and usage such as music, videos, games and even virtual concierge.
The innovative technology behind Pixel Sense creates a new level of computing and gaming and also opens up newer and better possibilities in several different fields.
There is a high possibility that PixelSense will replace the computers that you see on a desk today very soon since the screen will itself act as a complete computer system making things easier and more convenient for the users.
The AMOLED screens, on the other hand, are also good to have if you are especially looking for higher refresh rate, greater visibility and wider viewing angle.
These screens are also known to consume much less power. This eventually helps in enhancing the battery performance.
However, these screens are not used as extensively as others in the computer industry due to its faster wear down and screen burn-in issues.
Another major concern for those who have to stare at the display for long hours at a stretch is the blue light illuminating diodes that are typically quite harmful for the eyes.
There is one thing common in both these display types – they are both quite costly in comparison to other displays. So, now the choice is entirely yours.
Conclusion
With all that said and explained in this article, you surely are now feeling more confident than you were before you started reading it.
You can now make a decision very easily whether you would go for or need an AMOLED display or a PixelSense screen to enhance your computing and gaming experience.