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HDMI Raspberry Pi Touch display factory

10.1inch 1280×800 HDMI USB Capacitive Touch Screen IPS TFT LCD Display With Acrylic Protection Case Raspberry Pi Touch Display Kits

China Factory Manufacturer Raspberry Pi 10.1’’ 1280×800 HDMI Touch Display 10points Touch Driver Free Supporting Raspbian Windows Android Linux

Industry10.1 1280×800 HDMI USB 5Touch C-Touch Plug And Play Capacitive Touch Panel Display Monitor For Raspberry Pi Desktop PC Mini PC

Technical Datasheet Download:T101GBP005-V0

Modèle T101GBP005
Taille 10.1 Inch
Type d'écran LCD TFT
Type d'affichage IPS
LCD Interface LVDS
Numéro de broche 40Pin
Résolution 1280×800
Luminosité 300cd/m2
Viewing Direction All o’clock
Plage d'angle de vision 85/85/85/85Deg.
Active Area (mm) 216.96×135.60
Module Outline Dimension (mm) 248.67×175.16×14.30
Anti-Glare/Anti-Reflection/Anti-Fingerprints Available
Type tactile Capacitif
Points de touche 10 Points
Touchez la puce IC GT9271
Structure tactile G+G
Interface tactile IIC (I2C)
Dureté au toucher 6H
Module Structure PCAP Touch & LCD Display & PCB
PCB Interface HDMI USB
Cables With/Without
Température de fonctionnement -10ºC~+50ºC
Température de stockage -20ºC~+60ºC
Méthode de liaison Liaison optique, liaison aérienne
Système de support Windows, Android, Linux, etc.
Champs d'application Contrôle industriel, domotique, dispositif médical, terminal libre-service, etc.

 

Video Audio Playback: 1280×800 display resolution (HDMI input resolution supports any resolution from 1280×800); 3.5mm audio/headphone jack makes the display no longer mute.

Perfect for Raspberry Pi 4: Micro HDMI adapter included for hassle-free connection to Raspberry Pi 4; also compatible with all other models in the A&B series.

【Efficient Heat Dissipation】This screen is equipped with a brushless silent fan and powerful heat dissipation function, so there is no need to worry about overheating problems and noise.

More features: Support HDMI audio split; can update up to 30 frames per second; backlight can be turned on/off. Plug and Play: No need to restart the Pi when connecting, no external power supply required.

Portable Touchscreen: The overall dimensions of this small screen are 3.38″ x 2.00″ (86mm x 56mm), and the included stylus, cooler and HDMI adapter make this kit complete and easy to use.

 

HDMI Raspberry Pi Touch display factory Production Line
After years of development, in order to better integrate the company’s resources and provide customers with the most advantageous products, in 2016, all the Shenzhen production lines were relocated to Yongzhou, Hunan province. At present, Shenzhen office and Hunan factory have a total of more than 500 employees, with more than 20,000 square meters of standard clean plant.
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Latest News HDMI Raspberry Pi Touch display factory
How Capacitive Multi Touch Screen Panels Revolutionize User Interaction
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Time:2023-4-25

Capacitive multi touch screen panels have revolutionized the way users interact with various devices, such as smartphones, tablets, laptops, and even some desktop computers. Unlike the traditional resistive touch screens, capacitive touch screens can detect multiple touch points simultaneously, allowing for more intuitive and natural gestures like pinch-to-zoom, swipe, and tap. One of the key advantages of capacitive multi touch screens is their responsiveness. They are highly sensitive to touch, and can recognize even the slightest tap or swipe. This makes them ideal for tasks that require quick and precise inputs, such as gaming, scrolling through webpages, or navigating maps. Another benefit of capacitive multi touch screens is their accuracy. They can accurately detect the location of each touch point, which allows for more precise and controlled interactions. This is particularly useful for drawing and designing applications, where accuracy is essential. Capacitive multi touch screens are also more durable than their resistive counterparts. They are constructed from a single layer...
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Time:2023-4-16

Advancements in c-touch panel technology have revolutionized the way we interact with our devices. From smartphones to tablets to smart home appliances, c-touch panels have become an integral part of our daily lives. In this article, we will explore the latest advancements in c-touch panel technology and how they are changing the way we interact with our devices. One of the most significant advancements in c-touch panel technology is the introduction of in-display fingerprint sensors. This technology has been around for a few years now, but it has only recently become mainstream. In-display fingerprint sensors work by embedding the sensor under the screen, allowing users to unlock their devices simply by touching the screen. This technology not only makes devices more secure but also eliminates the need for a physical fingerprint sensor, making the devices more seamless and aesthetically pleasing. Another significant advancement in c-touch panel technology is the use of haptic feedback. Haptic feedback is a tactile feedback technology...
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The rapid advancement of technology in recent years has dramatically transformed the way we interact with digital devices. One significant breakthrough that has revolutionized user interface technology is the TFT touch screen display. TFT, which stands for thin-film transistor, has become the standard display technology for smartphones, tablets, laptops, and other portable devices. This article aims to explore the evolution of TFT touch screen displays, their various applications, and the future prospects of this technology. TFT touch screen displays are a type of active-matrix LCD, where each pixel is controlled by its own thin-film transistor. This technology allows for faster switching times and higher resolution compared to traditional LCD displays. The integration of touch functionality adds an additional layer of interactivity, enabling users to directly interact with the screen using their fingers or a stylus. The introduction of TFT touch screen displays has had a profound impact on the user experience. Gone are the days of physical buttons and keyboards....
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A capacitive touch panel is a type of touch-sensitive screen that uses the human body\'s electrical charge to detect touch. They are commonly found in smartphones, tablets, and other electronic devices. However, sometimes off-the-shelf touch panels may not meet specific requirements for a particular project, and a custom capacitive touch panel may be necessary. In this article, we will discuss the steps involved in creating a custom capacitive touch panel. Step 1: Define the Project Requirements The first step is to define the project requirements. This includes the size and shape of the touch panel, the number of touch points required, and any other features that are needed, such as water resistance or anti-glare properties. Step 2: Choose the Touch Screen Technology There are several types of touch screen technologies, including resistive, capacitive, and infrared. Capacitive touch screens are the most common and offer a better user experience. They are also more durable and reliable than resistive touch screens. Step...
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How does a capacitive touchscreen work? Capacitive touchscreens are made of a thin layer of conductive material, such as copper or indium tin oxide (ITO), printed on the underside of the display's insulating outer layer. When a finger touches the screen, a small amount of charge is attracted to the point of contact, which effectively becomes a functioning capacitor. The resulting change in the electrostatic field is then measured to pinpoint where the contact occurred. Types of capacitive touchscreens There are two key types of capacitive touchscreen technology - projected and surface. Surface capacitance is the more basic of the two technologies, where only one side of the insulator is coated with a conductive layer. In contrast, projected capacitance utilizes a matrix of rows and columns of conductive material on one or two layers. This grid pattern enables excellent accuracy and multi-touch capabilities.     Advantages and disadvantages of capacitive touch screen advantage: looks sharper and brighter Capacitive touch screens...
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