Category Archives: Phone screens

The Motorola LCD – A Closer Look

Motorola lcd

The Motorola LCD – A Closer Look

The Motorola lcd isn’t an all-singing, all-dancing panel like the curved display on the 2020 Edge model, but it holds up pretty well for a budget phone. The colors are punchy, contrast is good, and brightness manages to hold up against outdoor autumnal sunlight. It also has Corning Gorilla Glass Victus protection, which makes it easier to avoid scratches and cracks.


There have been a lot of articles comparing various smartphone LCD and OLED displays and technologies. Most of them deliver imprecise off-the-cuff remarks, but very few actually attempt objective scientific lab measurements and comparisons together with side-by-side visual tests.

This article series objectively evaluates the Motorola IPS LCD display using extensive scientific laboratory measurements and comparisons with other smartphones and OLED displays. The measurements and tests cover the maximum peak white brightness, black level brightness, contrast ratio, screen reflectance, Bright Ambient Light Contrast Rating, Dynamic Contrast, Intensity Scale and Gamma, Color Temperature, White Chromaticity, color saturation, color gamut and more.

Insert the point of a spudger into the hole in the bottom edge of the rear case just next to the clip that secures the display assembly to the phone. Lift the display enough to clear the clip and release it. Then use the flat end of a spudger to pry up on the display cable connector, but be careful not to separate the display from the phone more than about 0.5 inches (13 mm) or you may damage the display cable.


Motorola bumps the Moto X Pure Edition’s display up from FHD to QHD, giving it a pixel density of 520 PPI. Unfortunately, the Pure Edition also ditches AMOLED for IPS, which results in lower black levels but requires more power during high-aperture-level (APL) conditions. As a result, Peak Brightness and Black Luminance both fall dramatically at moderate Motorola lcd viewing angles. Colors are surprisingly stable, however, with only a minor 3% shift in the blue and green channels at maximum luminance.

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The Motorola’s IPS LCD panel provides good contrast but not as good as OLED screens on the Galaxy phones. However this screen is also much more power efficient than the Samsungs thanks to its faster refresh rate which saves on battery life. The Motorola uses Auto which automatically switches between 120Hz (UI and compatible apps) and 60Hz or 48Hz for streaming video or static images.

Peak Brightness, Black Luminance and Contrast Ratio all fall significantly with viewing angle but that is fairly typical for LCD technology.


Adaptive Brightness is a great feature for people who use their phone in different lighting conditions. However, the feature can be glitchy at times, either setting the screen too bright or too dim in certain situations. One way to fix this is to keep an eye out for software updates that include fixes to auto-brightness bugs. Another is to recalibrate the feature by following a few steps. To do this, slide two fingers down from the top of the screen to pull down your quick settings menu and at the top is a brightness bar that can be dragged left or right.


The Moto G Power’s IPS screen is a joy to use. Its bit-more-than-Full HD resolution looks a little soft in comparison to its OLED rivals, but it still packs in plenty of detail. It can run at 60 or 120Hz, which makes scrolling and video playback much more responsive. It also supports 10-bit color, allowing for billions of shades – a welcome improvement over the millions found on cheaper LCD screens. Even in extreme viewing angles, colors shift very little. Red shifted the most by half of a Just-Noticeable Difference, while Green and Blue shifted only slightly. The white spectra is also very close to perfect.

How to Measure Quality in Mobile Spare Parts

Mobile spare parts

How to Measure Quality in Mobile Spare Parts

When you buy mobile spare parts, it is essential to make sure you are getting the right product. You should look for shops that are known to sell quality products. This will ensure you get extended service from your phone.

At the MPH at CAMP BUERHING, Michael explained that his unit needed a speed wrench for an AH64D Apache Helicopter Ammo Handling System. The MPH team made the part for him.


A mobile phone is an electronic device that is susceptible to different kinds of damage. It is necessary to replace the damaged parts with those that are of high quality so that they Mobile spare parts can give you extended service. You can get these spare parts from reputable shops that sell them. Quality is measured by how well a product meets requirements and customer expectations. It requires wisdom and discipline to achieve. The best way to measure quality is through a system of standards and practices.


The price of spare parts is an important factor in determining whether customers purchase your repair services. But how do you determine your spare part pricing strategy? The answer is a mix of competitive and strategic factors. Unlike products, where most pricing decisions are made by professionals who have dedicated careers to preparing and analyzing important quotes, spare parts pricing is often left up to salespeople and service engineers. Despite this, most businesses do not have a well-thought-out spare parts pricing strategy.

There are a number of different spare part pricing models you can use to improve margins. Price optimisation is one that has made a significant difference for some companies, but understanding how it works and ensuring it produces the best results can be challenging.

To begin, you must model your projected year sale for each part number (quantity and standard cost). Then you must determine the revenue and margin that each type of spare part must contribute to achieving your revenue and margin target. This may require some good judgment, but the more you understand how each type of spare part impacts your profitability, the better positioned you will be to develop a pricing strategy that is both competitive and strategic.

In addition, you must also take into account the company’s cost structure when calculating your spare part pricing strategy. This will ensure that you are not leaving money on the table. Lastly, you must monitor prices in real time and keep up with your competitors to avoid missing opportunities or incurring costly markups.


The warranty offered by Mobile spare parts is a great way to get peace of mind that you are getting the best possible deal. This Mobile spare parts warranty is often offered by the manufacturer and covers any defects or problems that may occur with the product. It is also important to find out if the warranty you are getting is valid in your country or region.

Managing your spare parts inventory is critical to keeping assets operating at peak performance. Having the right parts on hand is essential, and a top-functional management system can automate alerts and ensure that every part has been counted correctly. It can also help you track movement history and prevent miscounts that lead to overstocking or out-of-stock situations.

A good management system will limit who can access the spare parts warehouse or room, and impose strict policies on how to handle and store stock. It will also help you implement physical security measures, such as parts counters and security camera systems alongside entry and exit doors. It will also involve educating staff on how to properly care for spare parts and establishing consistent reviews of the most critical assets.

The most effective maintenance management programs focus on reducing unplanned downtime by identifying what causes breakdowns and ensuring that the necessary tools are available. This can be achieved with a computerized maintenance management system that includes parts inventory software capabilities. User-friendly systems allow maintenance technicians to catalog exactly what parts are being used on a work order and provide real-time tracking.

How Touch Screen Technology Works

Touch screen

How Touch Screen Technology Works

Touch screen enables users to directly interact with electronic devices. They allow quicker and more accurate selections than standard computer systems that require a keyboard and mouse.

Touchscreens work with an insulating glass surface that’s coated with an electrically conducting material. When the finger touches this layer, it shifts the distribution of an electrostatic field, which sensors detect.

Dispersive signal technology

Dispersive signal technology is a new touchscreen technology that sets high-performance touch standards for large displays. This patented technology is unaffected by static objects or other touch locations and requires no special hardware. It uses a pure chemically-strengthened glass substrate and provides exceptional optics. It also has superior durability, excellent light transmission and can be sealed to protect the LCD from contaminants.

This technology works by using a matrix of sensors to determine the location of a touch on a display. The sensors emit a pattern of light across the surface and detect interruptions of that pattern. Each interruption produces a unique combination of signals. These signals are digitized and then compared to a list containing all positions on the screen to determine the touch position. This method is fast and accurate, but it may suffer from interference from extraneous noise.

Another method of determining the touch position is to use vibration waves. The vibration or bending waves triggered by the touch travel radially and generate different voltage curves in detectors at four corners of the display. A mathematical algorithm can calculate the touch position from these curves. This method also allows for stylus differentiation from finger touches. However, it requires a larger excitation pulse amplitude and increased hardware complexity. As a result, it is not suitable for low-cost devices.

Infrared technology

Infrared (IR) touchscreens detect touch points using an array of photo-detector pairs and light-emitting diodes. These create an invisible grid across the screen. When a finger touches the screen, the beam is interrupted and the photo-detector pairs respond by sending an electric signal to the system. The system then interprets the touch as a command and transmits it to the appropriate application.

Acoustic pulse technology uses sound waves to detect a touch on the screen. Ultrasonic noises too high-pitched for the human ear hum on the surface of the screen. When you touch the screen, the sound waves are disrupted and the microchip controller Touch screen measures the disturbance to determine the exact location of the touch point. The system then interprets the command based on the controls displayed on the screen.

Unlike PCAP, which requires electrode film, IR touchscreens can be used with any object, including gloves. They also retain image clarity and are resistant to dust, water, and scratches. In addition, they Touch screen have a short response time and can support up to 40 touch points simultaneously.

The technology behind these screens is similar to the keyboard on a laptop. Every key has two layers of electrically conducting plastic separated by a plastic membrane with holes in it. When you push a key, the top layer contacts the bottom layer through the hole, completing an electric circuit. The computer then knows what key you have pressed based on the type of current it senses.

Electrostatic capacitance technology

Electrostatic capacitance technology is used in many different touch screen applications. Typically, the glass panel of the device is coated with a layer that contains a static charge. When a finger touches the sensor, the static charge shifts from the finger to the device. This change in the electric field enables the sensor to detect the position of the finger on the screen. This type of sensor can be used for a variety of applications, including identifying users, determining the orientation of the finger, and differentiating between fingers and palms.

Another popular form of touch screen is a matrix-based display that uses photodetectors to recognize touch commands. The sensor is configured into a grid of columns and rows. When a finger touches the sensor, it reduces the capacitance at the specific row or column intersection. This warping of the capacitance allows the sensor to identify the finger’s location and determine the command.

While resistive touchscreens have the advantage of being able to sense pressure, they cannot be used with gloves or water and are limited in their ability to detect multi-touch gestures. They also have a lower resolution and slower response time than capacitative touchscreens. Resistive touchscreens are currently being replaced with more advanced materials, such as copper microwires, silver metal mesh, and graphene. These new materials can be used to create a more durable, rugged, and flexible touch screen.

Acoustic pulse technology

Touchscreens are a popular input device for PCs. They allow users to interact with applications, and can be used in a variety of ways including single-tap, double-tap, pinch, swipe, and drag. However, the design of a touchscreen should reflect technical capabilities, ergonomics, and human physiology. In addition, touchscreens need to be resistant to moisture, dust, and finger oils. In order to address these problems, a number of technologies have been developed to improve the SNR of touchscreens.

Among these, PSD and FTIR are the most commonly used. Both work with invisible infrared (IR). The traditional IR-based touchscreen places transmitters and receivers on opposite sides of the screen without any additional layers. The touchscreen detects touches by analyzing the pattern of lights escaping toward each plane and finding the ones that are blocked by touches. This allows the touchscreen to create x- and y-axis coordinates of each touch point.

Another method to improve the SNR of touchscreens is the multiple-frequency driving scheme. This technique uses different frequencies for stylus and no-touch signals to distinguish between them. This can increase the SNR of touchscreens by reducing dynamic range and power consumption. However, it requires a high-complexity FFT processor.

Samsung 43AM70A LCD Screen

samsung  LCD Screen

Samsung 43AM70A LCD Screen

Whether standing on an office desk or hung on the wall, the 43AM70A makes a sleek minimalist statement. It uses an external enclosure to house ports and components, which lets it mount closer to the wall and save space.

This is great news for bargain hunters, as economies of scale mean that prices will continue to fall.

High Resolution

Samsung’s high resolution displays ensure that your content looks sharp and detailed. You can use these displays to create an engaging presentation, monitor customer feedback or display important information in a retail environment. With a wide range of options, you can find the perfect screen for your business.

You can adjust the resolution on your Samsung TV if you’re experiencing low resolution or images that appear pixelated. The process depends on the type of media source that’s playing on your TV and may take a few moments to complete. Make sure to close any apps or programs before changing the resolution setting on your television.

The QMR series offers superior image quality with intelligent upscaling technology to upscale lower resolution content to UHD resolution. This feature improves edge restoration and noise reduction, while improving overall picture quality. Additionally, this model offers a new slim design that simplifies installation and complements any business environment.

The QMR also supports a wider color gamut, which improves contrast and color expression for more realistic images. Its IPS panel delivers superb clarity with accurate color and details. It also features a wide viewing angle for better visibility from all directions. Its reliable non-glare panel and advanced security features allow you to enjoy uninterrupted work and enhance your productivity. It also offers a USB type-C port that allows you to power and transmit data with one cable.

Advanced Technology

Samsung’s LCD TVs come with samsung LCD Screen a wide range of features, including high-resolution displays, advanced technology, touchscreen functionality, and easy installation. They’re also designed to reduce eye strain and provide an immersive viewing experience. These LCD screens have accurate optical sensor technology, which results in improved touch reliability and responsiveness, even on the edges of the screen.

Unlike conventional LCDs that use a backlight to produce light, Samsung’s QD-OLED displays are self-luminous. This makes them more energy efficient and thinner than LCDs. They’re also able to express a wider range of brightness without sacrificing color. They also have a lower reflection of light than other LCDs, which improves clarity and eliminates eye fatigue.

The QD-OLED display has an optimized structure to minimize reflection of light, which is especially important in bright environments. This is because the light from ambient lights or ceiling lights can obstruct the image displayed on the screen. This is a major problem in LCDs, which can cause blurring or afterimage when the screen is displaying fast moving images. In addition, the QD-OLED displays have a faster response time than other LCDs, which ensures a clear and smooth image.

Samsung’s spin-off of its LCD business is part of a larger strategy to shift from LCDs to organic LED-based OLED flat screens, which offer superior performance and energy efficiency. The OLED panels will be used in smart TVs, which are becoming increasingly connected to other devices. This could help Samsung compete better against rivals like Sony, which is pursuing its own OLED strategy.

Touchscreen Functionality

Samsung has paired its latest touchscreen display with an innovative software solution to create a more engaging collaboration and communication experience. This powerful system is ideal for a variety of business environments and classrooms, including hybrid and remote learning. Its flexible connectivity and intuitive features help to drive transformation and inspire creativity.

The 82 inch Samsung touch LCD display boasts four different anti image retention technologies, delivering increased resilience and longevity in demanding commercial applications. It also has a powerful MagicInfo-Pro content management solution, enabling businesses to remotely monitor and control this Samsung touch screen display.

In addition, the 3.5″ hTSP panel includes integrated sensor circuitry in its driver IC to reduce the footprint of the display and simplify its design. This helps to enable engineers to develop finished mobile products that are smaller and thinner in shape while maintaining a bright, high-contrast image.

This Samsung Galaxy S6 LCD & Touch Screen Digitizer Assembly will restore your broken S6’s screen to working condition. It comes fully fused and ready to install. This Samsung S6 replacement screen is samsung LCD Screen backed by a 1-year warranty. To make sure you are ordering the right screen for your device, please note that the LCD model number printed on the production sticker should be used for correctly identifying the screen. For example, a screen with the model number LTN156AT35 will have a 40 pin connector which expects an LVDS format signal.

Easy Installation

Samsung’s monitors are easy to set up and come with a cable and power supply. Connecting them to your computer can be a simple task, although you may need to install drivers depending on the type of monitor you have. There are also several features you can use to make your Samsung monitor work best for your needs. For example, you can adjust the size of each screen and use a split-screen view to work on two different programs simultaneously.

With the help of Samsung’s Easy Setting Box, you can resize and align windows to maximize your screen space. This program is available with many Windows operating systems and can be used on up to six connected monitors.

If you’re planning on installing a new monitor, be sure to use the model number printed on your original Samsung screen to ensure you purchase the right replacement LCD. For instance, the LTN156AT35 and LTN156AT39 are both advertised as a replacement for this model, but they have different connectors. The 40-pin model uses an LVDS format while the 30 pin version expects an eDP signal. Trying to plug a 30 pin LCD into a 40-pin connector could damage your computer and result in no video output.

How LCD Displays Work on the iPhone

lcd iphone

How LCD Displays Work on the iPhone

Apple has done a great job of preventing burn-in on its OLED iPhones. Pixel anomalies are most often caused by a piece of foreign material trapped within the display panel.

LCD stands for liquid crystal display and is a flat-panel technology used in phones, calculators, digital cameras and other devices. Its main disadvantage is that keeping the backlight on draws a lot of power.


Colors are what we see onscreen, whether we’re scrolling through Instagram or watching YouTube videos. They’re created by pixels lcd iphone on the screen, each with three subpixels: red, green, and blue. When the subpixels change in intensity, it creates the colors we see.

When customers come to your shop for iphone lcd screen repair, they may tell you the display color is not right, but the reason is actually simple, because APPLE company use 3 IC companies for mother board, different IC brand IC have different display color. Sharp screen is cold color (a little blue), JDI is warm color, LG is both warm and cold color.

Vertical lines on iPhone display screens can be caused by a few things, including faulty LCD connection, hardware damage, electro static discharge, and system glitches.


Contrast, measured between a display’s peak white brightness and its darkest black luminance, is one of the most important measures of LCD performance quality. Apple notes that a typical LCD display offers a contrast ratio of about 1,000 to 1. Apple has also filed for a patent application that describes an OLED-based dual-layer LCD system with superior image processing and display panel control. This would allow it to achieve higher contrast ratios, though it remains unclear whether Apple will implement the technology in an upcoming device.


Although the Peak White Luminance on the iPhone is 428 cd/m2 which is plenty for most ambient lighting, this brightness may be too bright for some users. The iPhone offers a feature called Auto-Brightness that allows the display to automatically adjust its backlight setting depending on the ambient light. This can improve visual comfort and increase battery run time.

The factory calibration and quality control for the iPhone display are very good. The only issue is the shallow intensity scale which reduces image contrast and color saturation. The display Look Up Tables should deliver a much steeper Gamma closer to the standard value of 2.2.

The iPhone uses OLED technology which means that the pixels emit their own light. This results in deeper blacks and better contrast. OLEDs also don’t suffer from burn-in as much as LCD screens. However, this doesn’t mean that you can’t have problems with the screen of your lcd iphone. There are many reasons why your phone’s display may be dim, including a low-quality screen protector or plastic screen lamination.


The resolution available on an lcd iphone is what determines how sharp and crisp the image will be. The higher the resolution, the more detail will be visible. The resolution is also what determines the size of text and icons on a screen. The resolution is listed in pixels per inch (ppi). The iPhone X and XS have the highest resolution, followed by the iPhone 8, iPhone 7, and the previous generation of the iPhone 6s and 6 Plus.

Apple is committed to using the best technology for its products. This means that the company will use OLED screens when it makes sense, and LCD screens when they’re more appropriate. For example, the iPhone X and XS have OLED screens, while older models used LCD screens. Apple’s OLED iPhones have been out for a few years now, and burn-in is not a problem that most users have experienced. For this reason, many people prefer the OLED display over the LCD one.


Apple’s LCD iPhone screens use a backlight to display an lcd iphone image on the screen. The backlight is a panel that produces a constant light any time the screen is on, but it consumes a lot of energy. Apple’s new OLED screens have lower power consumption than LCD screens.

While some of the iPhone’s features have been upgraded with the new OLED screen, it’s important to understand how the old screens work. This will help you compare the advantages of the new screens to the older ones.

Many people confuse the LCD screen with the touch/digitizer, but they are separate parts of a phone. The touchscreen is the thin transparent layer that reads a touch and transports it to the processor. It can’t be replaced without disassembling the phone. The LCD is the part that displays the image on the screen and can be used even when it’s broken. The touchscreen isn’t as resilient as the LCD and breaks more easily. It may still be usable, but it won’t have the same clarity as a working screen.

Choosing a Phone Case

Phone case

Choosing a Phone Case

Whether you’re looking to improve your grip, protect against surface scratches, or avoid dents from hard drops, there’s a phone case for you. However, it’s important to find a case that fits your needs and matches your style.

Leather cases are a popular high-end style that’s available for many models. These cases are made from real or PU leather with a slim flex-like inner layer.


Aesthetic phone cases are a fun way to add an extra flair to your mobile Phone case device. They are available in a variety of styles, including those with animal prints and floral designs. They can also be adorned with glitter, making them ideal for parties and weddings. However, it’s important to keep in mind that aesthetics can mean different things to different people. Some may find a case that is beautiful but doesn’t complement their style.

For those who love a classy look, a wooden phone case is the best option for them. These cases are usually made from real wood or faux wood, and they are long-lasting and durable. They offer excellent protection against dirt and stains. However, these cases can be prone to scratching.

Another popular type of aesthetic phone case is the metallic one. Its shiny surface and sleek design make it a stylish choice for anyone who loves a touch of elegance. However, it’s important to note that this type of case may be more prone to scratches and damage.

Aesthetic iPhone cases are a great way to show off your unique personality and taste. Many stores feature cases that are designed by independent artists. You can browse their collections online to find the perfect case for you. Redbubble is a store that empowers independent designers and uses sustainable business practices. Another great option is Case Mate, which offers a range of cases for the iPhone and Samsung devices. These cases are durable enough to save your phone from a 10-foot drop, but they’re also beautifully designed.


If you’re looking to add a touch of class to your mobile phone, consider using a case with a sleek design. This will help you stand out in a crowd, and it will look great with your favorite outfits. You can even use it at business events or other high-profile occasions.

A clear case will let you see your phone without compromising its protection. These cases come in a variety of colors and designs, including glitter and holographic elements. If you’re concerned about keeping your mobile phone clean, be sure to choose a case with a dust-resistant coating.

Another popular style is a leather case. These cases are made from either real or PU leather and have a polycarbonate insert. They protect your phone from scratches and stains and can also double as a wallet.

Many cases feature a card holder that can hold your debit, credit, and business cards. This makes it easy to keep all of your important information in one place and avoid losing it. These cases are available in a wide range of Phone case designs, from floral prints to Rifle Paper Company designs to geometric patterns.

You can even find phone cases that are designed to resemble classic cars. These are the perfect accessories for anyone who loves vintage style. If you’re looking for a case with a sophisticated feel, try the blue marble one with gold streaks. This will add a touch of elegance to your outfits and will complement a formal blouse and black pants.


A phone case is not just a decorative accessory, but it can also help protect the device from scratches and cracks. It can also increase the resale value of your mobile phone, as prospective buyers will be more willing to pay top dollar for a smartphone that is in excellent condition. This is especially true if you use a waterproof case, which protects the device from water damage.

There are many different types of cases to choose from. Some are molded to fit the specific model of your phone, and others can be customized with graphics, colors, or patterns. Some are even made from recycled plastics. There are also cases that can transform into a stand, and some that are made of a material that looks like leather or a purse.

Other options include silicone phone cases that snap onto the back of your smartphone, some that look like a book cover, and sleeves that close around your screen when you’re not using it. Some are made of leather or faux leather, and some feature artwork ranging from traditional paintings to modern pop culture characters. There are also eco-friendly phone cases made of bio-plastics sourced from sustainably sourced materials.

Some cases are marketed as military grade, though this claim is often misleading. Look for a case that has the MIL-STD-810G or MIL-STD-810H specifications to ensure it offers protection against drops and humidity, as well as low and high pressure.


Phone cases are the best way to protect your smartphone from accidental drops, abrasive surfaces, and hard bumps. They also protect the screen from scratches and shattered glass. However, the durability of a case depends on its construction and material. Some are made from rigid plastic, while others are designed to absorb impact. Some are abrasion-resistant, while others have anti-microbial protection. The best choice for most phones is a combination case that combines hard plastic on the back and sides with soft materials around the corners. This combination improves shock absorption while keeping the case slim and rugged.

Some cases have a raised bezel that protects the camera and screen from shattered glass. Others are made from a special plastic that flexes with the shape of the phone, keeping it stable in your hand or pocket. Many of these cases come with a holster clip to attach to your belt or bag. You can even get a case with a wallet section for storing 1-4 cards.

When choosing a durable case, look for one that has military-grade drop-testing. You can find these on the manufacturer’s website or in a store that sells military-grade products. Look for a label that says “MIL-STD-810G” or “MIL-STD-810H.” This means the case meets military specifications, which include drops from 10 feet and water resistance.

Huawei Mate LCD – The Good, the Bad and the Ugly

Huawei Mate LCD

Huawei Mate LCD – The Good, the Bad and the Ugly

The Huawei Mate series of phones are popular due to their great cameras, fast charging and high-quality display. Unfortunately, they can sometimes end up with screen problems like a cracked LCD screen or a malfunctioning touch panel.

This guide will show you how to replace the Huawei Mate LCD screen at home. It is a simple repair that you can do with the right tools and some patience.


The Huawei Mate LCD has a 6.0-inch Gorilla Glass display and an aluminum back and frame. It is an Android smartphone with 32 GB of internal storage and 3 GB of RAM. It also has a 16-megapixel main camera and an 8-megapixel selfie camera. The phone has a non-removable 4,000 mAh battery and supports expandable internal storage with MicroSD cards up to 256 GB. It is also available in gold, silver, and grey variants.

The display on the Huawei Mate LCD has received the TUV Rheinland Low Blue Light and Flicker Free certification. This means that it can be used for long periods of time without causing eye strain or other health problems. However, it is important to note that this certification only applies to the standard display configuration and not when using an external screen.

If you have a problem with the display on your phone, such as a cracked LCD screen or an improperly functioning touch panel, you can repair it yourself at home with a few simple tools. The process is fairly easy and takes only about 60 minutes to complete. The steps below are based on replacing the Huawei Mate LCD screen on the Huawei Mate 10 Lite, but they should also work with the regular Huawei Mate 10 and the Pro model. It is important to remember that the replacement process is very delicate, so you should take your time and use high quality tools to prevent any damage to the components inside your phone.


Huawei’s Mate S is a solid bit of kit, with a beautiful design, impressive screen and plenty of smart features. However, the 3:2 aspect ratio might be a little too limiting for some, especially for video editing and other colour-sensitive work. There’s no HDR support either, which could be a turn off for some.

Huawei talked up its pressure-sensitive screen at launch, taking the same approach as Apple’s 3D Touch on the iPhone 6S. It lets you press hard into an app and invoke quick commands without having to open the full-screen menu. It’s a neat idea, but in reality it’s not much more than a gimmick and has no obvious advantages over tapping or swiping. The long presses are also a bit fiddly and don’t work on many of the apps that come bundled with the device.

The screen does deliver excellent colours and brightness, with an impressive 17% wider colour gamut than the average laptop. It’s also passed TUV Rheinland low blue light and flicker tests, helping to reduce eye strain and fatigue when you’re glued to your screen for hours on end. A Bluetooth mouse and keyboard are included in the box, but they feel like a mere add-on rather than a thoughtful bundle that helps make up for some of the Mate S’s shortcomings.


The Mate 9’s single speaker isn’t the best choice for media playback. The resulting distortion can make it hard to hear some music and movies clearly. It also won’t do the job well when holding the phone in landscape mode for viewing conventionally-formatted videos, which require a speaker to be on one side of the screen.

The audio quality is a bit better when using the phone for recording memos or voice calls. The phone’s microphones are excellent in both tests, and its Timbre score of 88 indicates that it can recreate sound levels from a wide range of sources. The Mate 9’s directional recording performance also places it near the top of our phones, though its Octave score isn’t quite there.

Despite its lack of stereo speakers, the Mate 9 still provides a very good experience for watching video and playing games. Its slim left and right bezels are a welcome design choice that make it easy to hold Huawei Mate LCD and use. The rounded edges and high-quality materials give it an elegant look. And the large display offers an impressive level of functionality — a huge advantage over many competing smartphones. The only real drawback is the software, which feels dated and clunky in some areas. Fortunately, it is possible to improve the user experience with third-party apps and launchers.


Huawei’s Mate smartphones have carved out a niche as big-screen powerhouses with epic battery life. That’s still true of this model, which packs a huge 4,000 mAh cell into a surprisingly compact package. It does a great job of conserving juice, too; an hour of HD Netflix streaming at 50% brightness used just 5% of the cell’s capacity. That’s significantly better than the best phones we’ve tested, which manage just over 30 hours of play between charges.

It’s also quick to charge: a full battery goes from dead to charged in about 90 minutes with the included 40W charger. And you can use it to top up other devices, thanks to a built-in reverse-charging mode.

The Mate 10 Pro runs Android 8.0 Oreo, with Huawei’s EMUI overlay on top. That’s an unusual interface, with a glut of options for just about everything from home screens and themes to battery-saving modes and navigation. It’s a bit distracting, and it doesn’t always work well with the phone’s big screen.

Despite some software hiccups, the Mate 10 Pro is the first Huawei phone that proves the Chinese company can legitimately compete with Samsung and Apple at the top end of the Android market. Its premium design, excellent low-light camera and two-day-plus battery life all make this a compelling option. And it’s less expensive than most of its premium rivals, too.

Custom Glass Touch Screen

Custom Glass Touch Screen

Custom Glass Touch Screen

Touchscreens use a built-in digitizer to convert physical interactions into digital signals. The digitizer is a glass layer that overlays the liquid-crystal display screen and can be either capacitive or resistive.

Optical bonding eliminates air gaps between the touch sensor and the display, creating an moisture and dust barrier with excellent optical transmission and low reflectance. It is also more resistant to impact damage.

High Impact Strength

The Sapphire touch screen is a highly durable product that has been developed to meet the needs of users in industrial environments. Its durability enables it to resist impact damage, while maintaining functionality in harsh conditions. This type of touch screen uses a sapphire substrate that is manufactured by placing a sapphire seed at the bottom of a barrel that is filled with condensed corundum and leftover uncrystallized sapphire from previous batches. This is then heated at up to 2,200 degrees Celsius. The result is a 115-kilogram hunk of sapphire that is then cut further and polished to create the screen for the device.

This sapphire screen can withstand up to 1.5 Joule of force in the form of a steel ball dropped onto it from 30 cm, which is significantly more than other types of glass. Adding an additional protective layer with an optical bond increases this to approximately 5 Joule of force, making it able to withstand impacts from heavy objects.

Glass-Film-Glass (GFG) touch screens combine a standard resistive touchscreen with an additional layer of glass on top. The glass surface is more resistant to scratches and high temperatures, while remaining clear for optimal touchscreen sensitivity.

Low Iron

Many touchscreen applications are used in strongly lit indoor and outdoor environments where glare can detract from image clarity. AGDisplays’ projected capacitive touch technology uses chemically etched anti-glare glass to minimize the reflections off the surface of the glass, providing optimal image clarity in these challenging conditions.

Low iron glass, also known as clear float glass or water white, is super-clear and distortion-free. It has minimal amounts of iron, which typically gives standard soda-lime glass a greenish tint.

This type of glass is ideal for building and construction because it allows natural light to penetrate deep inside the structure without compromising the safety or Custom Glass Touch Screen beauty of the interior environment. It also offers greater durability, a higher window U-value and energy savings by absorbing incoming solar heat.

Although there are several substitutes for low iron glass, factors such as high cost and lower scratch resistance could be a constraint to the market growth. The growing demand for green building projects is driving the global low iron glass market growth. The key players in the industry are focused on research and development to offer innovative products with improved performance.


Custom manufacturer of anti-glare, anti-reflection and electrically conductive coated functional glass Custom Glass Touch Screen for interior and exterior vehicle mirror, center console, touch-up screen, display cover, art or architectural lighting and hermetically-sealed instrument applications. Fabricating capabilities include bending, drilling, milling, sand blasting, edge grinding or seaming, coating, screen printing and etching. Finished products can be made in flat, curved or spherical configurations and are used for automotive, aviation, marine, electronics and medical industries.

Anti-glare glass is a special type of glass that reduces reflections and glare on the panel surface. The special coatings disperse reflected light, making it easier for users to focus on the transmitted image and reducing eye strain and fatigue. This type of glass is also available with varying etching levels to optimize the display or picture frame quality.

An anti-glare screen is a great solution for touchscreens that will be placed in harsh environments. An anti-glare coating prevents reflected oil from decreasing picture quality and provides resistance to damage from scratches, abrasions or chemicals. When paired with a PCAP touch screen, this type of glass can greatly improve the user experience of any application that requires touchscreen use.


We understand how frustrating it can be to try and read a screen in direct sunlight. No matter how you cup your hand to create shade, the glare is just too intense. Our anti-glare glass is treated with a matte surface to prevent the reflection of light from the display, making it ideal for touch-screen devices. It’s also etched to enhance picture quality, with different etching levels for optimizing the panel’s brightness and image frame clarity.

This type of anti-glare coating is great for people who work in a visual profession that requires a lot of reading and media viewing, such as video editing, UX design, photo and graphic design, and more. It’s also beneficial for remote workers who can save time by eliminating the need to continuously reposition their computer monitor or laptop as they work from home or another location away from their office.

In addition to its anti-glare capabilities, this film is designed to hide fingerprints and other oil stains on the screen for a clean view without having to wipe the screen on a regular basis. It also features a 2.9H hardness rating that protects against scrapes and other impacts.


The Mirrored Custom Glass Touch Screen allows users to interact with digital content using a touch sensor. It is used in kiosks, retail displays and hotels. Guests can use it to look up restaurant or room service menus or view the latest news in a hotel lobby or lift. The touchscreen also lets them choose their preferred language and request assistance from hotel staff.

Mirrored Glass Touch Screens provide a perfect balance of transparency and reflectiveness. They are manufactured using low iron glass that eliminates the green tinting found in standard soda-lime glass. This ensures that the displayed image colours are accurately replicated. A PCAP touch membrane, a window loudspeaker and RFID reader can be integrated into the two way mirrored glass.

Once the monitor is glued to the frame, it is fixed into the back of the shadow box using a wooden support that goes along the edges and sits on top of the monitor. Super glue is applied to the edge of the frame and a piece of paper or cardboard is left on the back of the frame to provide pressure for several hours while it dries.

What Are Mobile Phone LCDs?

Mobile phone LCDs

What Are Mobile Phone LCDs?

Mobile phone LCDs are the flat panels that display images on your smartphone’s screen. The most popular type is IPS (In-Plane Switching).

They have wide viewing angles and superior color reproduction. They are also cheaper to produce than other types of displays. This is why they are used in most smartphones.


The main colors available on mobile phone LCDs are red, green and blue. They are controlled by a color filter that reflects different wavelengths of light at the same time. The color filter is usually made of a material like plastic or special glass, and can be printed on or embedded in the display.

In addition to the standard color filters, there are also other technology improvements to enhance the quality of mobile phones with LCD screens. For example, Samsung developed Super AMOLED and Dynamic AMOLED, which improve the organic materials to achieve a wider dynamic range. This allows the screen to have more dark details and better performance under bright sunlight.

Another improvement is IPS-LCD, which is used on many high-end smartphones. This type of screen has a lower power consumption and wider viewing angles than normal TFT LCDs. It also offers superior colors and higher contrast ratios. It is the same technology that Apple uses for its Retina Display. This is a big advantage over the older TN LCD technology that most competitors still use in their products.


The maximum brightness available on Mobile phone LCDs is measured in lux (a standardized unit of luminosity). This measurement indicates how bright the screen can be when there is no ambient light.

If you are using a lux meter directly over the display it should read approximately 200 lux. This is because the screen reflects some of its own light, which lowers the measured value.

Liquid Crystal Display screens are cheaper to produce, so they tend to be found on budget phones. However, they have the disadvantage of requiring a back light that uses up your battery quicker.

OLED is a more advanced screen technology and it is being used in the top flagship phones. It has the advantage of being able to turn off individual pixels, which allows for pure blacks, and also requires less power than an LCD. The drawback is that OLED screens are more expensive to produce and can have defects. For this reason, some manufacturers offer a zero-defective-pixel guarantee for OLED smartphones. This is a good idea as a defective pixel can affect the overall image quality of the display.


The contrast available on Mobile phone LCDs is Mobile phone LCDs largely determined by the type of display technology used. The two most common are AMOLED and LCD. AMOLED offers higher color gamut and better contrast than LCD, allowing for brighter and more vibrant images.

LCD uses a backlight to illuminate the pixels. This can be either LED or CCFL, although the latter is less efficient and consumes more power. This can cause a drain on the battery, and is also prone to light leakage, which can be annoying to some users.

In-plane switching (IPS) is the Mobile phone LCDs most popular and best LCD screen technology. It allows the liquid crystals to be reoriented in-plane, so they appear as a single plane rather than individually on each pixel. This results in better image quality and viewing angles, as well as better outdoor or direct sunlight visibility.

IPS displays are also more responsive to touch, as the pixel layers have a thin gap between them. When a finger or stylus touches the screen, this gap closes, triggering an event/action in the mobile phone.

Refresh Rate

Samsung’s Galaxy S21 range debuted a new feature for smartphones — adaptive refresh rates. This increases the number of times a screen redraws an image per second, but it’s also possible to reduce this rate when you aren’t viewing anything too demanding on the screen.

This makes scrolling through images or webpages much smoother and can make fast-paced games like PlayerUnknown’s Battlegrounds look a lot more slick. You can toggle this setting through your phone’s settings.

It is important to note that a higher refresh rate can have a negative impact on battery life as it uses more power to keep the screen updated. This may not be an issue if you only use your phone for reading or other light tasks, but for video content and gaming it might become apparent.

Some phones can even change the refresh rate to suit your activities; this might include keeping it on 60 Hz when you’re just watching a YouTube video, but switching to a 120 Hz refresh rate when you’re playing games or using your camera.


Most people don’t realize that their phone has two separate parts: the glass touchscreen and the LCD. The LCD is responsible for the actual display of images, whereas the digitizer reads touch input and transmits it to the screen. If your smartphone’s LCD is damaged, you will experience several problems that will gradually get worse.

The most common problem is the appearance of lines or blotches on your phone’s LCD screen. This could be caused by dust or liquid damage. It’s important to book a repair immediately if you notice these symptoms.

Another common problem is the failure of one or more pixels to emit or absorb light. This causes them to turn black or dark. There are a few online tips to fix this issue, but they are not guaranteed to work.

Most mobile devices have a Liquid Damage Indicator (LDI) that will show if the device has come into contact with water. This indicator is usually white when the device is new, and pink or red if it has been exposed to liquid.

Customized Touch Screens – Touch Screen Solutions

Customized Touch Screens – Touch Screen Solutions

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