3.5 inch tft lcd monitor for car automobile brands

This website is using a security service to protect itself from online attacks. The action you just performed triggered the security solution. There are several actions that could trigger this block including submitting a certain word or phrase, a SQL command or malformed data.

Features: Brand New and High quality. Portable 3.5" Mini TFT LCD. PAL/NTSC automatic switch. High resolution cameras. Wide view angle, low illumination. D/N models with photo-sensor. Distance reference marking display. Easy installation. Specifications: Screen Size: 3.5 inch. Pixel:320(W)x240(H) Power Supply: DC 12V. Visible Area: 72mm x 53mm. Power Consumption: 2W. Operating Temperature: 0°C ~ +80°C. Storage Temperature: -10°C ~ +80°C. Video: 2-channel video input. Dimensions: 93 x 80 x 20mm (LxWxH). Package Included: 1 x 3.5" TFT LCD Rear View Color Camera 1 x DC Cable

A Raspberry Pi story (with helpful details)This monitor, like I"ve put in the title, was bought for a Raspberry Pi. I didn"t want to spend on anything larger than what was needed, and didn"t want to connect to a TV at all, since the Pi is just meant to be a fun, homebrew-style computer, and I wanted to build it as cheaply as possible. With that said, the monitor is not only cheap, but it WORKS and works well.First of all, in describing it, the screen size that you will get out of the box is about the size of a PalmPilot"s (close to 3.5"), and it will come with a flexible arm and mini-stand attached to it that you can adjust however you like, with a sticker underneath in case you want to mount it to anything. In short, it is really a baby LCD flat panel.On the back are three buttons: Menu, +, and -. There is no menu--simply press the buttons to alternate between Brightness, Contrast, and "Colorast" (or how much color you want--0 is grayscale), and finally OK or Reset. With that said, settings are very simple to configure on it.Now, we get to the last (and fun) part. You can splice two cords together to get power if you wish, but I simply connected a 1.0 A (1000 mA), 12 V (and under 4 W) power adapter, which works efficiently well. I"m mentioning this to be helpful in case anyone else wants to connect this to their favorite little computer using an easier method. :) You can easily connect any spare yellow RCA video cable, and the picture is surprisingly clear! To get specific, with good enough eyes, you can read 12 pt text in Sans or Monospace (though anything lower becomes harder to read--although I can still read size 10) and this monitor drives a 656x416 resolution according to xrandr (a little bit under 640x480). This is with overscan on (which means the screen puts an artifical box around the screen so it fits better) and I recommend you turn this on. Without it, maximized windows will exceed the screen space, making things a bit monotonous. Now, without overscan, it does about 712 instead of 656 if I remember right. This is totally up to you. Also, I find tilting it up a bit on a desk, and sitting closer to it helps make the experience a bit better.And so far... all my shells show up clearly, and everything seems to be working fine. There"s barely any flicker I can see with my configuration, and it displays nicely. With all this said, that is the story thus far with this screen connected to a Raspberry Pi as a monitor, and I hope others find this helpful when setting it up. :)5

Universal car LCD monitor are car monitors that are designed to work on 12 volts. Our vehicle monitors are designed to be used in a variety of applications that are not limited to automobile use. We have car LCD monitors that can be mounted on a headrest mount or a flex mount. We have an LCD monitor or car tv to suit any need. These versatile monitors come in all shapes and sizes and can be used on anything from a standard backup camera to karaoke machines.

We have 10 production lines with turn out more than 80,000 sets cameras and monitors per month and we can improve our output to meet the increasing market demand in short time.

Casunda Tech Limited do a series of professional testing for each product, so our defective rate is almost 0% before shipment, and our cameras defective rate in market is lower than 0.3%.

Casunda Tech Limited professional engineers provide kinds of supports for our customers. And our friendly sales team are positive, effective, and responsible to our customers.

This monitor, like I"ve put in the title, was bought for a Raspberry Pi. I didn"t want to spend on anything larger than what was needed, and didn"t want to connect to a TV at all, since the Pi is just meant to be a fun, homebrew-style computer, and I wanted to build it as cheaply as possible. With that said, the monitor is not only cheap, but it WORKS and works well.First of all, in describing it, the screen size that you will get out of the box is about the size of a PalmPilot"s (close to 3.5"), and it will come with a flexible arm and mini-stand attached to it that you can adjust however you like, with a sticker underneath in case you want to mount it to anything. In short, it is really a baby LCD flat panel.On the back are three buttons: Menu, +, and -. There is no menu--simply press the buttons to alternate between Brightness, Contrast, and "Colorast" (or how much color you want--0 is grayscale), and finally OK or Reset. With that said, settings are very simple to configure on it.Now, we get to the last (and fun) part. You can splice two cords together to get power if you wish, but I simply connected a 1.0 A (1000 mA), 12 V (and under 4 W) power adapter, which works efficiently well. I"m mentioning this to be helpful in case anyone else wants to connect this to their favorite little computer using an easier method. :) You can easily connect any spare yellow RCA video cable, and the picture is surprisingly clear! To get specific, with good enough eyes, you can read 12 pt text in Sans or Monospace (though anything lower becomes harder to read--although I can still read size 10) and this monitor drives a 656x416 resolution according to xrandr (a little bit under 640x480). This is with overscan on (which means the screen puts an artifical box around the screen so it fits better) and I recommend you turn this on. Without it, maximized windows will exceed the screen space, making things a bit monotonous. Now, without overscan, it does about 712 instead of 656 if I remember right. This is totally up to you. Also, I find tilting it up a bit on a desk, and sitting closer to it helps make the experience a bit better.And so far... all my shells show up clearly, and everything seems to be working fine. There"s barely any flicker I can see with my configuration, and it displays nicely. With all this said, that is the story thus far with this screen connected to a Raspberry Pi as a monitor, and I hope others find this helpful when setting it up. :)

Expectations continue to rise in the automotive industry, and automotive displays are at the center of the action. There is a stronger demand for greater convenience, safety, and comfort in today’s cars. Many consumers expect more than monochrome visuals from the driver’s seat; the crisp and clear graphics found in a TFT LCD display offers an excellent way to satisfy this need.

Drivers today are not content with using their vehicles to get from Point A to Point B anymore. That’s why modern passenger cars now have numerous cutting-edge capabilities that enhance the daily lives of car owners and passengers, such as on-road entertainment, appointment scheduling, and other connected services. A TFT LCD module is a great option for smart displays that accomplish these activities.

The current trend among OEMs is to roll out economic vehicle variants with advanced display applications. Of course, the cost of equipping a car with the latest smart displays will have quite an impact on its overall price. TFT module displays can deliver practical solutions to various automotive display applications depending on the needs of the project.

In as little as two decades ago, you’ll find instrument clusters, infotainment units, information displays, and other automotive electronics components equipped with monochrome LCD panels in their basic form. However, technological and electronic advancements have allowed for display applications to integrate more and more vehicle functions.

The past years have seen advanced display applications featuring TFT-LCD and LCD display panels. LCD panels are particularly effective for the instrument cluster, the basic center stack touchscreen, and the rear seat entertainment touchscreen. TFT LCD displays, meanwhile, were preferred for more advanced applications thanks to their appeal and visual quality. Both LCD and TFT-LCD technologies satisfy strict automotive application requirements.

Automotive display applications are home to advanced functions. Therefore, display panel manufacturers must meet the stringent requirements for durability and ideal temperature in automotive applications.

Other advanced technologies, such as AMOLED and LED, may not be well-suited for automotive display applications because typically, these options are not able to withstand the high temperatures involved in automotive applications. They also tend to be not as durable as TFT-LCD and LCD display panels for vehicles.

While LED and AMOLED technologies do offer amazing display aesthetics, TFT-LCD and LCD displays remain some of the best options for the automotive industry.

Smart displays are not the only applications that benefit from TFT-LCD and LCD technologies. Others like speedometers, satellite navigation, tachometers, backup cameras, gauge clusters, radio controls and dash controls are also undergoing dramatic innovations.

Microtips Technology USA is a leading global manufacturer of TFT-LCD and LCD displays for automotive applications. Some available key features of our displays include:

We also offer comprehensive turnkey solutions, and we can assist with all stages of your project development, including design. For the best TFT-LCD, Touch Panels, OLED LCD, Monochrome, and Custom Segment displays, contact Microtips Technology USA today!