low-power color tft lcd display for handheld embedded systems supplier

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Distributor of component LCDs for equipment which provide high-contrast ratio, color saturation, luminance and performance enhancements such as advanced wide viewing (AWV) for true color fidelity, super-high brightness (SHB) and wide temperature range. Focus on industrial, instrumentation, hand-helds, medical and other low-to-medium volume markets. High-bright LED backlights for outdoor use. LVDS interfaces decrease EMI. Factory installed touch screen solutions. 3.5" to 12.1" QVGA, HVGA, VGA, WVGA, SVGA, XGA, WXGA. Also distributes other related products including LED drivers, lamps, indicators, LED assemblies, segment displays, LED mounts, LEDs, and light pipes. Distributor of electronic components, hardware and fasteners and provides design/value engineering support, fulfillment strategies, procurement services and transactional models to meet specific needs and priorities.

This display module is a 3 inch diagonal, 240xRGBx400, full color TFT LCD display. It has a wide-screen format and white LED backlight. Its integrated controller gives you a simple, fast, digital interface to the display through your 3v processor"s port pins.

It may be used in either portrait or landscape orientation. In portrait mode, the narrow width of the TFT display works well with portable, handheld, or embedded systems. In landscape mode, the low profile of the TFT LCD display may be used for the user interface of 2U+ rack mount devices, or in bench top laboratory equipment such as power supplies, meters, and signal generators.

As an option, you can order this TFT pre-assembled onto a breakout/carrier board. The board allows easy prototyping through its 0.1" headers. You can also include the carrier board in your end product to simplify construction and assembly. The carrier board contains a constant-current switching LED driver. The PCB is sized to fit neatly within the outline of the display.

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LCD Module supplier-Taimates Electronic is a professional solution provider and supplier for small to medium size of LCD modules. Our team members have more than 15 years of LCD/LCM/Embedded boards experience in international sales, manufacturing and engineering development.

Our LCD/LCM product line includes the TFT color display, monochrome display, touch panel, and embedded solution in standard specifications with the options of customization flexibility and value-added functionality. With our abundant experience and know-how in the LCD/LCM industry, we would like to build a long-term partnership by providing the project development from scratch, the complete test program, into the mass production phase and aftersales service.

TFT LCD Module, Monochrome LCD Module, Touch Screen, LCD Module, TFT LCM, Custom LCD Display, Graphic LCD Display, haracter LCD Display, COG LCD Display, IPS TFT LCD

Two separate colors (yellow and sky blue), make this graphic OLED module easy-to-read, unique display. Less than an inch diagonal, this lightweight display uses super low power, making it great for handheld devices.

An ePD retains the content of your Display without applied power. Only for changing the display-content, a short supply with power is necessary. Microtips has partnered with an experienced E-paper manufacturer. We represent a full series of E-paper technology, including true color to meet your specific needs.

Thin Film Transistor or TFT screens are active-matrix LCDs capable of controlling individual pixels on the screen. Thus, they assure better visibility than other variants. These flat-panel displays are suitable for a variety of applications owing to their wide range of beneficial features.

Round TFT LCDs are gaining popularity as they have become a perfect replacement for analog gauges, and they help make any application look versatile. Microtips Technology has introduced a new 3.4-inch round display, with a high resolution of 800 x 800 pixels.

High-definition Multimedia Interface (HDMI) is a proprietary technology used to transmit uncompressed audio and video data from an HDMI-compliant digital controller to a television, computer, video projector, or any other HDMI-compliant device. Microtips Technology has developed the 7" RFH70XB-1IW-LHS medium-sized HDMI display with an HDMI interface and a high resolution.

TFT (Thin Film Transistor) is a thin-film field-effect transistor display that is designed to visualize millions of clear, bright, and high-contrast color pixels. Over the years, this display has gained immense popularity owing to its several benefits.

The 7 inch low-cost color display is one of the most popular touch screen displays available for raspberry pi, HDMI display screen and other mini PCs. Featuring IPS screen with larger visible angle and more clear display effect, this 7 inch display with touch screen can be used in all environmental conditions because of its wide temperature liquid crystal fluid.

Microtips Technology has introduced a high brightness High-Definition Multimedia Interface (HDMI) interface IPS TFT LCD module. These modules are compatible and assure seamless interface with any version of Raspberry Pi Single Board Computers (SBCs), PCs, or devices such as HDTV, DVD player, or any device that is compatible with HDMI.

AMOLED stands for Active Matric Organic Light Emitting Diodes. This technology is environmentally friendly, and commonly used in small but complex electronic devices such as handheld instruments, meters, and smart watches. This technology is a very fine combination or OLED plus active matrix.

AMOLED (stands for Active Matrix Organic Light Emitting Diodes) display is one of the best screen technologies popularly used in today’s laptop screens and PC monitors and high-end smart phones.

The Thin-Film-Transistor display (TFT display) is an active matrix display where each pixel of the flat panel is illuminated individually. In recent times, TFT display is increasingly used in the electronics industry owing to its several benefits.

Microtips Technology, one of the leading 5-inch color TFT display module manufacturers, has introduced the new low-cost 5-inch color TFT display. The thin film transistor (TFT) technology is just another variant of the LCD technology.

Thin-film transistor (TFT) LCD displays assure improved image quality over traditional LCD displays. They offer more control over colors and images, and require less power than other technologies.

Microptips Technology has introduced a 3.9" bar type TFT display that has a high contrast ratio. This panoramic 3.9 inch RGB bar TFT LCD comes with a resolution of 480x128 pixels. This display is suitable for several modern electronic appliances like server and audio systems, auto/marine equipment, advertising displays, drone controls and many more.

Microtips Technology, one of the leading 4.3-inch TFT LCD module manufacturers, has introduced the new low-cost 4.3-inch TFT display. TFT or thin film transistor is primarily a variant of the LCD technology. TFTs are active matrix LCDs, which help improve contrast, color, and picture quality.

Thin-Film- Transistor displays or TFT displays are active matrix LCD displays that assure better color perception than regular Twisted Nematic LCDs. The demand for TFT displays has increased in recent years owing to several advantages they offer. These displays assure a clear view from any angle, and they can display millions of bright color pixels.

Microtips is proud to announce a new line of HDMI Displays designed to work seamlessly with development boards and computers like the Raspberry Pi. This video outlines our current options for these displays...

Microtips is excited to announce our 10.1”, high bright, TFT display with increased resolution and widened viewing angles. This 10.1”, WXGA 1280*800 TFT display is an IPS panel equipped with an HDMI signal input...

Microtips Technology is excited to announce our In-Cell technology for segment type LCDs. This is due to the fact that consumer electronics are becoming thinner and lighter

Simple monochrome displays, like 7 Segments & Icons, have been around for a very long time. These displays are still widely used by customers in wide variety of industries. But have you thought about Color TN Displays instead?

Microtips MTD0550AZOM-T is a 5.49 inch display module with a resolution of 1080(RGB) x 1920. This display is composed of an AMOLED panel, driver ICs, On-cell Touch Panel and FPC.

Regional Sales Manager, George, explains OLED Displays, their benefits, and other characteristics that make them better than standard Liquid Crystal Displays for some applications.

Did you know that you can save cost and simplify the manufacturing processes for your next product build, by simply bundling together a few complementary components? This is where Microtips value added services and component integration really shines!

Do you have a product idea but have trouble sparing the resources for production, assembly, and quality control? Perhaps you’ve completed all the engineering design and are evaluating the best manufacturing partner to handle the production, saving you the time and overhead?

TFT or thin film transistor is a variant of the LCD technology. TFTs are active matrix LCDs, which help improve contrast, color, and picture quality. Thin film transistors are used along with capacitors to improve image quality in many electronic devices. Owing to their several advantages, these TFT displays are available in various specifications. The 4.3 inch TFT display is one of the most popular among them. The 4.3-inch TFT LCD display module touch screen has a resolution of 480X272 with an RGB interface. This display finds applications in mobile phones, cars, embedded systems, and certain industrial equipment among others. There are many 4.3-inch TFT LCD module manufacturers making this display; however, certain features may slightly differ based on the manufacturer. However, it is essential that you source it from a reliable manufacturer. Microtips Technology, one of the leading 4.3-inch TFT LCD module manufacturers, offers the new low-cost 4.3-inch TFT display. This post discusses the common features, working, and benefits of using this new low cost 4.3-inch TFT LCD display module touch screen provided by Microtips.

As mentioned, TFT is a subset of the LCD technology. TFT is an active matrix display. There are active matrix displays and passive matrix displays used in LCD flat panels of computers, phones, and so on. The images produced by active matrix are responsive and enable a wider angle of view compared to passive matrix display. Passive matrix displays, on the other hand, use a grid of horizontal and vertical wires to display an image. In this case, the charge of two wires is altered to change a pixel at intersection. The response time of producing an image with the passive matrix technology is much slower than active matrix. Also, at times, the image quality produced by passive matrix is blurred and pixelated. Active matrix, in comparison, offers many more advantages and a fine image quality, and hence is widely used in making 4.3-inch TFT LCD display module touch screens. The pixels on the TFT screen are arranged in a row-column configuration. The glass panel has an amorphous silicon transistor on which the pixels are attached. This enables each pixel to get a new charge and keep it consistent even after the screen is refreshed to load a new image. So, each pixel continues to be in its maintained state when other pixels are being used. This is one reason why this technology is called active matrix.

Display Mode: This indicates the image resolution and maximum number of colors available. Here, the display mode is usually white with some transmissivity.

Interface: The display interface helps humans exchange information with software. For instance, you need to control color, brightness, and other parameters as there are many interface options. This display has RGB interface and a TFT-LCD display type.

Response Time: This indicates the time in which you receive a response on your command, with tough screens it is much faster than typing a command. Once you touch the screen, most 4.3-inch TFT LCD display module touch screens respond in 15ms.

Active Area: Most 4.3-inch TFT LCD module manufacturers make this display with an active area of 95.04X53.86 mm and pixel pitch of 0.198(W) x0.198(H)mm.

Operating Temperature Range: Most displays are designed to function accurately in harsh environments and weather. These displays usually have an operating temperature ranging from -20 to +70 degrees Celsius.

Suited for Advanced Applications: These displays are suitable for car system scree, industrial systems and equipment, and mobile phones among others

All of us know that water (chemical formula is H2O )has 3 states: Solid (ice), Liquid(water) and Gas(Vapor). Liiquid state is isotropic, which means that its properties are uniform in all directions— the result of H2O molecules being in constant random motion.Solid state is crystalline, all the H2O molecules have their fixed position, is anisotropic; optical- and other properties such as thermal and electrical conductivity vary with direction.

Take your product to the next level with a capacitive touch screen LCD by Displaytech. Our PCAP (projected capacitive) touch screen technology is a premium alternative to a resistive touchscreen. We offer capacitive touchscreens for our 2.8-inch, 3.5-inch, 4.3-inch, 5-inch and 7-inch TFT LCD displays.

Capacitive touch technology allows for an enhanced product user interface since it supports gestures and proximity sensing. Unlike resistive touch screens which rely on pressure, capacitive touch responds to an electric current and can handle multi-finger touch points. This means that capacitive touchscreens can be used with your bare finger and it supports gestures such as pinch-to-zoom or swipe.

When your embedded device needs a display, that product becomes one of the most important parts of the device. I have helped build hundreds of embedded devices with screens in my career. I share expert tips and my insights for what to consider when choosing one.

An embedded display is a screen that connects to an embedded device. The screen provides information about how the device is working and allows users to interact with it.

Sometimes called embedded touch, these displays allow users to interact with the device by touching the screen"s surface. Smartphones, including the iPhone, were among the first products to use this technology. Retail displays increasingly use embedded touch screens.

The basic standard screens for embedded systems might include a liquid crystal display (LCD). Embedded systems use two types of LCD modules: character LCD and Graphic LCD. A character LCD only shows characters and is the simplest and cheapest LCD technology. A graphic LCD is more advanced and displays images.

Engineers who want to include a display with an embedded system can design and create a custom model. Or they can use a pre-built model—or "off-the-shelf" display—in their embedded systems.

Provides a custom look: You can design a display to fit the design of the embedded device. This option can be crucial if your device needs physical buttons along with the digital or touch screen buttons. A custom screen also means users have a more integrated and satisfying experience with the device.

Doesn’t include features you don"t want: A custom model won"t have unnecessary extras (casework and cameras) that an off-the-shelf display might not offer.

The display won"t go off the market: When you create a display, you can make arrangements with your manufacturer to continue making it while continually improving it. That partnership can last the life of your embedded device, which might be longer than that of some off-the-shelf displays.

Can be less expensive: Upfront costs to design a display can be high and cost-prohibitive if you"re not producing a large number of devices. But per-unit production costs substantially decrease when manufacturing a large number of devices.

Slow to market: Designing a display takes more time and can delay the point at which you can produce your embedded device for the market. You"ll need to create drivers for the display controller. You"ll also need to do the work to ensure the display can provide basic graphic functions like drawing lines and boxes. Then everything must be tested and debugged. The entire process might add five or six months or more to production time.

Mechanical design challenges: Developing the mechanical design of the bezel and glass for the embedded display can be challenging. This part takes significant work and precision to produce a product that looks and feels like the best off-the-shelf displays.

Can initially be more expensive: The work to design and build a custom display will make the display—and the embedded device—more expensive at the outset.

They"ve been proven to work well: Off-the-shelf display modules come with components, graphical interface functions, and other components that are already tested and work well.

Faster to market: Since off-the-shelf displays have been tested and improved and work well, you can usually get your embedded device finished and ready for the market faster.

Reduced cost: If you are producing a large number of your embedded device, per-unit costs for a custom display might become low enough for them to be more economical. In any other situation, your cost-per-unit is likely to be less expensive with an off-the-shelf display.Advantages of an Off-the-shelf Embedded Display:

"The lower the volume, the less likely it is that you"ll do a custom design—that you design yourself," says Burkhard Stubert, an independent software developer and consultant specializing the embedded systems."

Consumer perception of your product: An off-the-shelf display that looks different than or otherwise doesn"t fit well with your device can be a negative. Consumers can see your product as less finished or professional.

Display support: An off-the-shelf display may need support from its manufacturer to continue to perform well. The product may also undergo continual changes and development. Those changes, or lack of support, can cause problems when integrating the display into your embedded device.

Becoming obsolete: Many off-the-shelf displays will have a life of only a few years before consumers expect to replace them with new and better units. That can be a significant problem if you expect your embedded devices to last much longer than that.

Poor Consumer Perception:An off-the-shelf display that doesn"t seem to fit with the device will make consumers think less of the product and your company.

Obsolescence:Some off-the-shelf displays will have a life of only a few years; that could be a problem if you expect the life of your device will be longer.

You"ll want to consider several factors as you think about building or buying an embedded display. Those factors include safety, how the user will interact with the device, and the device"s working environment.

Some embedded devices may only need a basic display that the user doesn"t interact with at all—a display showing the level of battery power for the device, for example. Other embedded devices will have a screen that has more user interaction.

"When looking at how a user interacting with the display determines the sophistication of the model I"m choosing. How big does it need to be? What is the type of information it will display? It starts that use caseof analyzing how the user is interacting with the system," says Brent Horine, Ph.D., a senior embedded software developer with Hypergiant, which offersfor ModelOps.

Many displays operate within embedded systems that are critical for safety. Devices include medical equipment, automotive components, and parts in other critical infrastructure. All aspects of your system, including the display, will need to meet certain safety requirements. Be sure to consider safety in all aspects of choosing or building the display for these types of embedded devices.

You might choose to have users interact with the screen mainly through physical buttons rather than through a touch screen. Using buttons will be cheaper; touch screens are much more expensive than a simple display. However, physical buttons can wear down and stop working, and most users expect touch screens with devices these days.

Touch screens also allow engineers to reprogram the display interactions later if they want to change or add features, explains Horine. "Whereas it"s hard to add a (physical) button to a system after it"s been deployed," he adds.

Some embedded devices may need more than one screen. You can learn more about howfor your device. You can also see a Qt demonstration of the future of embedded displays thatto provide an exceptional user experience.

Off-the-shelf or custom?Probably the most important early decision you"ll make is whether to build a custom display or buy an off-the-shelf model that will work with your device.

Horine says some devices may need a simple LCD that"s two inches by one inch. "I can find someone who manufactures that. Then it"s just a function of building and doing the interface that"s necessary to make it work," he shares.

A primary consideration, of course, will be cost. You"ll want to evaluate the cost of creating a custom display compared to buying one off-the-shelf. You"ll also want to look at longer-term costs that come with either option.

With certain devices and situations, such as vehicles and agricultural and construction machines, you"ll want to ensure your device"s display is not distracting, explains Stubert.

Some displays in those machines and vehicles may have rotary knobs or joysticks that allow users to control the device. "You have a second method of input, which is important because a touchscreen always means that you have to look where you touch. So, you are distracted, which is not good in vehicles," says Stubert.

To get more details on onecase study of using embedded displays, read this article about how a boat manufacturer is dramatically improving its user display.

Embedded systems within specific devices will experience environments that affect the display. Engineers will want to consider these environments. Might the device and the display get wet often? Will the device experience significant vibrations, like in many machines or vehicles?

For an embedded device within a vehicle with large, vibrating components, Stubert advises, "You need a display that you can screw in tight, or which clicks into place and it"s so tight that you can hardly get it out again."

Displays require resources from the microcontroller or microprocessor in the embedded system. They will need additional memory for example. The microcontroller will have limited memory but must have enough to run the display.

Many embedded devices have limited power they can consume. You need to ensure that the display can do its job while operating within those limits on power?

The working conditions of the embedded device might quickly wear out a display that isn"t durable. You"ll also want to consider how people will use the screen and how often they might be touching or using it in general. If users will touch the display often, it needs to be able to handle that interaction.

If you"re buying a display off-the-shelf, you"ll want to know how long the manufacturer expects it to last. You"ll also want to understand the technical support the manufacturer offers if there are operational problems.

Custom or off-the-shelf displays will have software within them. You"ll want to make sure you can access development tools and other resources to maintain that software.

For an off-the-shelf display, find out how long the manufacturer will be making this particular unit. If you plan to use the screen in a device that you expect to produce for six years or more, you’ll have issues if the display will only be available for three years.

Industry requirementsYou will want to consider whether the industry in which people will be using the embedded device has specific operating requirements. Will there be lighting conditions, such as darkness or bright sunlight, that might affect the screen?

Be sure to test how easy it is to read the display in various environments. Consider the contrast between the type of the screen and its background and the angle at which the users will view it, and if that affects their experience.

Qt"s Embedded Product Planning and Requirements Guide provides engineers with more details about the top embedded displays. The guide compares key features of the displays to help make your decision easier.

Displays are an important part of many embedded devices and can often be the most expensive element in your design. Choosing the right one is vital for the success of your device. Once you"ve selected a display, you"ll want to learn how to streamline the user interface design for the embedded device.

Qt Design Studiohelps you create beautiful user interfaces once you"ve chosen the right display for your embedded device. Qt Design Studio closes the gap between designers and developers allowing you to work simultaneously with one unifying framework, one common language, fewer feedback loops, and faster iterations.