Those days, the displays are an inseparable element of consumer and professional electronics devices. You can find them in the telephones, computer monitors, TVs, electronic musical instruments, cars, toys and in controllers of advanced technological processes in the broadly defined industry. Displays are an excellent and cost-effective alternative to monitors, which, due to much larger sizes and technological requirements, cannot be used in any type of application. The Raspberry Pi 4B single-board minicomputer offered by our store is a small platform with very good hardware parameters, which can also work with displays. By using DSI and GPIO connectors placed on Raspberry Pi 4B printed circuit board you can attach an external display module to make your Raspberry Pi more practical and comfortable device in use. In our store, you will find a wide-range offer of displays with a different type of technology and resolution, such as LCD, TFT, IPS, OLED and 7-segment numerical. By connecting the display to Pi 4B, you can build a simple pocket-sized computer for internet browsing and gaming, as well as the control panel for a robot or CNC machine. We also offer dedicated display enclosures that increase the comfort of use and provide good protection against display damage.
Waveshare capacitive touchscreen 7" display for the Raspberry Pi with a resolution of 800 x 480 px. It works with Raspberry Pi in versions 4B, 3B+, 3B, 2B, B+, Zero, and Zero W via HDMI and USB cable. The set also includes black-and-white case for the minicomputer with a fixed display.
Official capacitive touch 7" screen for Raspberry Pi with a resolution of 800 x 480 px. Works with Raspberry Pi, version 4B, 3B+, 2B, 1B+ through a special connector DSI. Latest Raspbian has built-in drivers for this device.
Capacitive touchscreen Waveshare, 7 " for the Raspberry Pi with a resolution of 1024 x 600 px. Works with Raspberry Pi version 4B, 3B+ 3B+ 2B, 1B+, 1B, 1A and Zero, and Zero W via HDMI and USB cable. The set also includes black-and-white case which holds minicomputer with a fixed screen.
Waveshare touch resistive 5" display for the Raspberry Pi with a resolution of 800 x 480 px. It works with Raspberry Pi in version 4B (after buying the cable or the adapter with the microHDMI plug), 3B+, 3B+ 2B, 1B+, 1B, 1A, and Zero and Zero W via HDMI connector and USB cable.
Waveshare touchscreen display, capacitive screen with a diagonal of 10.1 " and a resolution of 1024 x 600 px. The product is compatible with a variety of equipments and systems, including the Raspberry Pi version 4B, 3B+ 2B, 1B+, 1B, 1A and Zero and Zero W. The set also includes housing.
Touchscreen Waveshare, capacitive 7" for Raspberry Pi with a resolution of 800 x 480 px. Works with Raspberry Pi in versions 4B, 3B+, 3B+ 2B, 1B+, 1B, 1A and Zero and Zero W via HDMI connector and USB cable. The subject of sale is version 3.1, which has an improved software.
Screen with IPS 10,1 " 1280 x 800 px from the Waveshare company. It has a capacitive touch panel. It works with Raspberry Pi version 4B, 3B+ 3B+ 2B, 1B+, 1B, 1A and Zero and Zero W via HDMI and USB cable. The set also includes black case which has minicomputer with a fixed screen.
Touchscreen display Waveshare capacitive 7" for the Raspberry Pi with a resolution of 1024 x 600 px. It works with Raspberry Pi in versions 4B, 3B+ 3B+ 2B, 1B+, 1B, 1A and Zero and Zero W via HDMI and USB cable. The board also has a connector mini-Jack 3.5 mm.
Black case designed for the Raspberry Pi minikomputer 4 touch screen 7 inch. Has dimensions of 115 x 197 x 44 mm. Made of plastic ABS. Installation is to pre-blend of Raspberry Pi screen, and then tighten fully into the housing with the screws. Thanks to additional holes on the housing provides optimal flow of air.
Waveshare touchscreen, resistive 5" display for the Raspberry Pi with a resolution of 800 x 480 px. Works with Raspberry Pi in versions 4B, 3B+ 3B+ 2B, 1B+, 1B, 1A and Zero and Zero W via HDMI and USB cable. The board also has a mini-Jack connector.
Panel screen touch, capacitive diagonal of 10.1" and a resolution of 1280 x 800 pixels, designed for minikomputera Raspberry Pi 4B. The display was closed in a steel housing. The screen supports VESA mount 100 x 100 mm.
Touch, capacitive screen, IPS Waveshare with a diagonal of 4.3" and a resolution of 800 x 480 px. Designed for mini-computer Raspberry Pi 4B / 3B+ / 3B / Zero / Zero, communicates through HDMI and USB.
Waveshare display E-Ink, made by technology e-paper, with a diagonal of 7.8" and a resolution of 1872 x 1404 pixels, it can display two colors: black and white. Supports partial update. The screen works with the Raspberry Pi, complete with cover, included in the package. The supply voltage is 5 V.
Waveshare display E-Ink, made by technology e-paper, with a diagonal of 7.8" and a resolution of 1872 x 1404 pixels, it can display two colors: black and white. Supports partial update. The screen works with the Raspberry Pi. Communicates via pad (not included). The supply voltage is 5 V.
Touch screen, capacitive IPS LCD with a resolution of 800 x 480 px and a diagonal of 4.8". Communicates through interface DSI with minikomputerem Raspberry Pi 4B / 3B+ / 3B. Minikomputer is mounted on the opposite side of the screen, which makes it completely invisible.
Portable, touch screen, capacitive Waveshare. Screen with a diagonal of 15.6" and a resolution of 1920 x 1080 px. Made of tempered glass with a hardness of 6H. Thanks to the built-in 10000 mAh battery allows for approx. 4 hours without recharging. The display has been closed in the housing with the ferrite speaker. For proper operation requires the...
Touch screen, capacitive IPS Wasveshare with a diagonal of 15.5" and a resolution Full HD 1920 x 1080 pixels, covered with tempered glass 6H. Communicating through HDMI ports and USB. Has a built-in speaker Iim HiFi and navigation buttons on the housing. The display works with the Raspberry Pi 4B / 3B+ / 3B / Zero / Zero and other devices with HDMI port.
Housing color whitemade of a material ABS minikomputera designed for Raspberry Pi version 4B and the touch screen 7 inches. External case dimensions are 115 x 197 x 44 mm. During installation, the Raspberry Pi should connect the first screen, and then attach them to the hull with screws.
Small color TFT display for Raspberry Pi minikomputera. Screen with a diagonal of 1.3" and a resolution of 240 x 240 px. It was founded in the system ST7780, is applied directly to the GPIO pins. In addition, the module is equipped with two buttons tact switch and connector STEMMA QT / Qwiic to connect additional I2C module.
Display touch, capacitive IPS for minikomputera Raspberry Pi. The diagonal of the screen is a 12.5", and its resolution is 1920 x 1080 px. The screen was closed in the housing with angle adjustment and ferrite speaker. For proper operation requires the connection of HDMI and USB C.
Case for Raspberry Pi minikomputera 4B and the touch screen 7 inches color red, material made of ABS. During installation, the Raspberry Pi should connect the first screen, and then attach them to the hull with screws. External case dimensions are 115 x 197 x 44 mm.
Pad with two systems minikomputera DAC for the Raspberry Pi. The tile was equipped with stereo audio output 3, two inputs and outputs to connect speakers and a color IPS display is 1.3". The module also includes buttons to control the player and mono / stereo switch.
Trim with a 3.5 mm output audio for the Raspberry Pi. Built-in DAC chip provides crisp sound 24-bit / 192kHz, while IPS display and 1.3" displays album art. The module also includes buttons to control the player.
Trim with headphone amplifier for minikomputera Raspberry Pi. The module was equipped with the amplifier circuit and DAC. Has a resolution of 24-bits, runs at a frequency of 192 kHz. On the Board there is a connector mini-Jack 3.5 mm and IPS display is 1.3", and four buttons to control the player.
Panel with amplifier DAC for minikompoutera Raspberry Pi. Has a built-in speaker 1W / 8 ? and colorful display IPS 1,3". Moreover, motherboard is equipped with 4 buttons. The device communicates via the SPI and I2S.
Display monochrome OLED of 2.23" resolution 128 x 32 px in the form of overlays for the Raspberry Pi. It was founded in the system SSD1305, communicates via I2C interface. In addition, it has a connector STEMMA QT / Qwiic to connect additional I2C module.
The operating principle of LCD displays is based on certain optical properties of transmitting polarized light in liquid crystals depending on the value of the electric field strength. Normal (unpolarized) light is characterized by a diffuse distribution of electromagnetic waves. To order the distribution of light rays, specially designed polarizing filters are used. By adding a second polarizing filter and setting it at the right angle, you can smoothly change the intensity of polarized light. The liquid crystal structure of the monochrome LCD display works analogously to this principle. Applying the appropriate voltage to individual crystals causes the change in intensity of the backlight of individual pixels of the display. In a typical LCD display design, when the backlight LEDs are turned on, the light is emitted into the input polarizer. Then the light passes through a transparent glass layer with a sputtered electrode. When the electrodes are de-energized, the display will only show light from the backlight LEDs that will pass through the glass layer and the output polarizer. After applying a voltage to the electrodes surrounding the crystals, the pixel will start to glow with a brightness that is proportional to the value of the voltage that polarizing the crystals.
Based on the timeless technology of LCD displays, designers have created TFT (Thin Film Transistor) displays. This technology allows you to display the image in very high resolution with great contrasting colours. Those days, The TFT design is used in tablets, smartphones, monitors and many other multimedia devices. The TFT display structure uses thin-film unipolar transistors (FET) and three-colour pixels emitting red, green and blue colours - similarly to popular RGB LEDs. The matrix that forming the TFT LCD display is made up of control lines (rows) and signal lines (columns). The control lines are connected to the transistor gates. Applying voltage to the gate causes turning-on the transistors. The signal lines are connected to the sources of the transistors and current flows through them to light up the pixels of the display. However, IPS (In-Plane Switching) displays are an upgraded version of TFT-LCD technology. This design allows even more accurate colour reproduction and improves image visibility on wide-range of angle. Due to the modified design of electrode arrangement, LCD-IPS displays have a much shorter response time on the control signal, compared to standard touchscreen displays. You can connect such a display to the Raspberry Pi 4B. The displays we offer in a Botland Store are available in diagonal diameter from 3.2 " to 15.6".