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Avoid Screen Burn-in – The How and Why It Happens



Screen burn-in is starting to take form as a problem in OLED displays in the newer generation smartphones. Although it is not much of a huge issue, it’s in fact not an issue at all but is however significant to the ones who are particular about the displays on their devices.

The major cause of this problem is the varying lifecycle of the components that produce the display light. The brightness of these components withers off with time, and thus the panels that reproduce color also get affected. Every display panel experiences some or the other sort of color change as they age, and this can be reduced by using more clever software, but it can be overlooked that some parts of the screen panel age faster as compared to the other parts owing to the burn-in issue. This can lead to a shift in the coloring pattern and consequently leave ghost images behind

With the introduction of smartwatch technology in the modern day smartphones, screen burn-in can occur due to different life-spans of the green, blue, and red LED subpixels that are utilized in the OLED panels. The areas of the display that are static in the device, like the notification bar or the navigation buttons, are more prone to experiencing screen burn-in as compared to the other dynamic and moving displays.

The explanation to this is that these blocks of the display constantly show only one color while the rest of them, i.e. the rest of the screen, has moving variable blocks of display and there is no need for just one component to keep displaying the same color for a prolonged period of time.

How can it be avoided?

Albeit a small one, this problem has been brought to the notice of the smartphone manufacturers, and they have in-turn begun to ponder over ways to avoid this problem.

To begin with, Samsung has begun the use of pentile subpixel arrangement in its AMOLED display ever since the launch of the Galaxy S3. Increasing the size of the blue pixel requires a less current drive to provide the required amount of lighting. The lifespan of an LED can be improved by using lower currents as their driving forces. It also pushes away the time it would take for any noticeable shift in its color.

Although this solution does not solve the problem of the different aging spans of the screen panels, it still is a start. It is just buying time for the parts to age, rather than solving the problem at the root level.

Apart from the hardware, a number of software solutions can also be implemented to mitigate the screen burn-in problem.

The manufacturers of the Android Wear products enable the ‘burn protection’ option that regularly shift the screen contents by a few pixels thus allowing them to spend equal time to display different colors on the screen. These days smartphones are also always equipped with the Always-On display that makes use of a similar technique.

How can it be avoided by the smartphone user:

On a personal level, a few ways can be implemented to reduce the burn-in problem. Here are a few methods:

  • Keeping the display brightness low helps in avoiding the problem since more brightness requires more current thus reducing the LED lifespan
  • The screen-off timer must be kept as low as possible as it prevents the display of static images
  • Using Immersive Mode wherever possible hides the notification bar
  • Another way is to pick a darker wallpaper and changing it from time to time
  • Using darker themes for keyboards also avoids spilling of too much of light

Even though it is not as much of a serious, it is always better to take precautions than to ruin good displays.

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Top 5 Tech Companies To Work For In 2018




Only a few out of every odd organization can furnish its representatives with the chance to state that they take a shot at items that have changed the world. In any case, with regards to the tech area, numerous can make the claim.

Facebook did it with online networking, Apple with the cell phone and Google with its internet searcher, and that is to give some examples. These and different disruptors keep on transforming everything from how we function, to how we shop and mingle, or even choose where we will eat at night—in the process producing colossal incomes and, now and again, contentions.

Subsequently, the opposition to work for the absolute best tech firms is savage. Notwithstanding, these associations are similarly as focused with regards to drawing in top ability. A critical methodology here is making the best encounters for their representatives. Think liberal remuneration bundles, significant investment opportunities, remarkable grounds, amazing advantages (housetop canine parks, anybody?) and—obviously—the energy of chipping away at forefront items.

So which tech organisations are pulling in front of the rest with regards to worker fulfilment? Our information researchers took advantage of our database of in excess of 18 million business surveys and did the math to present to you the rundown of the overall best tech organisations to work for in 2018.

5. SAP

Year founded: 1972

Headquarters: Walldorf, Germany

Number of employees: 88,500+

4. Google

Year founded: 1998

Headquarters: Mountain View, CA

Number of employees: 75,606+

3. Facebook

Year founded: 2004

Headquarters: Menlo Park, CA

Number of employees: 23,165+

2. Adobe

Year founded: 1982

Headquarters: San Jose, CA

Number of employees: 17,000+


Founded: 1999

Headquarters: San Francisco, CA

Number of employees: 25,000+

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Top 3 Smart Watches For 2018




Smart watches are the new accessory that adds convenience to your daily life. In addition, it represents a good status quo along with a various features. You can stay connected to important updates, notifications and news all the time.

Apart from this, they look cool to wear. So without further ado, here are top 3 smart watches that you must look out for in 2018

Apple Watch 3


Apple watch series 3 is the best smart watch to get your hand on. The hardware is super quality material with novel features. For instance, the LTE connection is awesome; but keep an eye on the battery as it consume a ton of energy. Available with 1.53” OLED display, S2 dual core processor, the watch is available in 8GB and 16 GB storage variants. Equipped with NFC, Bluetooth and Wi-Fi, this IPX7 rated watch comes with wireless charging and a battery life of 18 hours.

Ticwatch E


Ticwatch E is relatively small and new brand to the smart watch universe. However, this is the best android watch that you can buy on the market today. It has a built-in GPS, accurate heart rate sensor and great design. Available at a low price, this watch supports both iOS 8+ and Android 4.3+ too. With a storage capacity of 4GB, Ticwactch E lasts up to 24 hours and charges via a magnetic connecting pin. The watch has an IP67 rating making it ideal for fitness enthusiasts and can be connected to Wi-Fi via Bluetooth 4.1.

Samsung Gear Sport


Available with Tizen OS, the smart watch is compatible with iOS and Android phones. It is one of the best premium quality smart watches available in the market today. It has 50m waterproof capability and comes with an in-built GPS. Built to attract fitness freaks, who love to have a smart watch while swimming, Gear Sport is one the best smart watches to look out for from Samsung.

Disclaimer: Photographs utilized by this page is not the sole property of the page or it administrators; the photos utilized by us come from around the worldwide web and are shared publicly.

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Top 5 Tech Predictions For 2018




After a surprisingly strong 2017, our collective attentions now turn to the New Year, here’s a reasoned look at some key themes that are expected to drive important advances in the tech industry in 2018.

1: Artificial intelligence


Practical advancements in artificial intelligence will start to enable a relative form of computing with some of our devices, particularly smartphones and smart speakers. As a part of its evolution, AI will provide smart virtual assistant almost like the Wi-Fi network and data we use on a smartphone. Voice-controlled devices will work in harmony with facial recognition and biometric devices. Online content generation will become spontaneous and automatic; medical field will see applications and devices run by AI too.

2: For Semiconductors, 2018 will be an year of positive surge


In 2018, several additional new chip architecture announcements having much wider use of computing accelerators across a variety of devices and applications are likely to develop at a very faster rate. This year will see a tremendous amount of attention focused on these newer types of more specialized semiconductor chips right from data centers to consumer gadgets. A sizable portion of software development, R&D, and overall focus in 2018 is going to be directed towards game-changing new components that will complement new technology and innovations.

3: Edge Computing will transforms the Cloud and Subsume IoT


In 2018, Edge computing will see its working in real time. Earlier the benefits of edge computing were extrapolated and promises were made which promised a more connected and intelligent tech device world. IoT will be an integral part of Edge computing as it enables Cloud to perform at a much faster rate allowing radical changes with features of scalability and lower cost.

4: 5G Drives New Types of Competitive Connectivity


Inspired by 5G, connectivity will see an upscale improvement. The ability to have a consistent connectivity experience, regardless of location, the number of devices connected to a source and other factors that commonly limit speed or quality of connections will be resolved with 5G.

5: Voice Computing


Voice computing is inspired from voice-based personal assistants that are internalized into today’s smartphone. As an extension to the technology, wide range of device including TV and vehicles use voice-based technology too. The goal is to use personal simultaneously across multiple platforms by combining functionalities that can be triggered by voice activation. In short, devices in future will function with voice commands, as machine learning will provide the capability of changing voice commands to machine language and vice versa.

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