dsi lcd panel raspberry pi brands

CONS: low refresh rate & resolution, supports Raspberry Pi only, requires Raspberry Pi 40PIN GPIO (the SPI bus), poor compatibility with Raspberry Pi system.

PROS: high refresh rate, multiple resolution support, multiple devices support, leaves the Raspberry Pi 40PIN GPIO free, better compatibility with Raspberry Pi system.

CONS: low refresh rate & resolution, supports Raspberry Pi only, requires Raspberry Pi 40PIN GPIO (the SPI bus), poor compatibility with Raspberry Pi system.

PROS: high refresh rate, multiple resolution support, multiple devices support, leaves the Raspberry Pi 40PIN GPIO free, better compatibility with Raspberry Pi system.

Waveshare 20109 - 5inch Capacitive Touch Screen LCD (H) Slimmed-Down Version, 800×480, HDMI, Toughened Glass Panel, Low Power Consumption - 5inch HDMI LCD (H) V4

Waveshare 11750 - 10.1inch Capacitive Touch Screen LCD (B), With Case And Toughened Glass Cover, 1280×800, HDMI, IPS Screen, Supports Raspberry Pi And PC, Low Power Consumption - 10.1inch HDMI LCD (B) (with case)

Inky wHAT is a 400x300 pixel electronic paper (ePaper / eInk / EPD) display for Raspberry Pi, a larger version of our popular Inky pHAT display, with more than 5x the number of pixels, and available in three colour schemes - red/black/white,...

A high-resolution 8", IPS, 1024x768, HDMI display, with Pimoroni-made display driver board and keypad, that"s perfect for building into projects like arcade cabinets, or just use it as a handy display for your Raspberry Pi!

Build a full-featured media center capable of playing nearly all of your digital media using any 40 pin Raspberry Pi and the Media Center HAT Raspberry Pi touchscreen display. Native support in...

Inky wHAT is a 400x300 pixel electronic paper (ePaper / eInk / EPD) display for Raspberry Pi, a larger version of our popular Inky pHAT display, with more than 5x the number of pixels - red/black/white version.

If you"re looking for the most compact li"l color display for a Raspberry Pi B+, Pi 2, & Pi 3 (most likely a Pi Zero) project, this might be just the thing you need!

In honour of Raspberry Pi"s 10th birthday, we"ve fused a RP2040 microcontroller with an EPD display to make a stylishly monochrome, maker friendly, e-paper badge(r)...

The 7" Touchscreen Monitor for Raspberry Pi gives users the ability to create all-in-one, integrated projects such as tablets, infotainment systems and embedded projects. The 800 x 480 display connects via an adapter board which handles power and signal conversion. Only two connections to the Pi are required; power from the Pi’s GPIO port and a ribbon cable that connects to the DSI port present on all Raspberry Pi’s. Touchscreen drivers with support for 10-finger touch and an on-screen keyboard will be integrated into the latest Raspbian OS for full functionality without a physical keyboard or mouse.

Make your own ‘Internet of Things’ (IoT) devices including a visual display. Simply connect your Raspberry Pi, develop a Python script to interact with the display, and you’re ready to create your own home automation devices with touch screen capability.

A range of educational software and programs available on the Raspberry Pi will be touch enabled, making learning and programming easier on the Raspberry Pi.

This is a 4.3" Raspberry Pi LCD touchscreen with a resolution of 800*480 and a display area of 95.04x53.86mm. This product supports Raspberry Pi DSI display interface, the screen has a capacitive touch panel, plug and play, and no installation required Driver. The design on the back of the screen with holes is convenient to installing the Raspberry Pi directly in the product. The display powered by the Raspberry Pi and does not require an external power supply. In addition, the screen has a backlight brightness adjustment button, which supports an external PWM signal for backlight brightness adjustment.

The official Raspberry Pi 7” Touchscreen allows you to add touch inputs to your programs, creating a new way to interact with your projects. It also makes for a fantastic desktop screen for day-to-day use of your Raspberry Pi. Wrap it in one of our screen cases and take it anywhere – events, Raspberry Jams or even just your friends house for a coding evening!

For smaller projects, LCD and ePaper displays are a fun way to add a visual element to your projects. With simple code and wiring, they’re great for projects that require text, menus and navigation.

PROFESSIONAL RASPBERRY PI MONITOR ---- Raspberry Pi hobbyist could not miss this perfect monitor! Easily mount your Raspberry Pi to the exposed backside. Raspberry adaptor board is built in. Save your space, keep your desktop neat. . As no use GPIO, you can work to your DIY IoT projects when you use this screen at the same time

EXCELLENT PICTURE PERFORMANCE ---- 5 inches TFT color display monitor with high resolution picture and large viewing screen. Perfect for creating portable. Capacitive Touch Screen, Finger Touch, better touch response, faster response time, 800 x 480 pixel high resolution, support up to 1920 x 1080 input and auto-scaling

DSI CONNECTOR, EASILY ASSEMBLED, PLUG AND PLAY, NO DRIVER NEEDED! for Raspbian OS---- Free drive support Raspbian, Ubuntu MATE, Kali, RetroPie, OpenElec, OSMC, Kodi, Arch Windows 10 IOT system and so on. This drive free monitor designed DSI for signal and data transmission. No need additional power for touchscreen. No program or software support required. You just need to install DSI cable on your screen and raspberry pi DSI port, No need jumper wires then power on raspberry pi device which build OS.

SENSITIVITY TOUCH ---- Excellent sensitivity capacitive technology and multi touch capability, you can place it your way to get things done easily (OS Raspbian just supports one point finger touch) Ideal touchscreen monitor for DIY projects! Equipped with reserved fixing holes for control boards - Support Raspberry Pi 2, 3 Model B, 3 B+, 4

This Bundle set Includes 1 piece 5" DSI Touch LCD Screen for Raspberry Pi, 1 pc DSI FFC FPC Ribbon 15 pin Cord Flat Wire Cable Connection, 1pc Philips screw driver. a user guide manual come in the nice box

Note: The capacitive touch function does NOT work with the latest Raspberry Pi OS - Bullseye (release date: 30th October 2021). You can revert back to Raspberry Pi OS Buster following this tutorial.

This 7" TFT touch screen display with a resolution of 800 x 480 and capacitive touch is perfect for your Raspberry Pi boards. With a DSI interface, true color display, easy installation, and space-saving design, it is a perfect touch screen monitor for your DIY and on-the-go projects! What we like about this screen is the DSI cable provides the path for BOTH the POWER and DATA (graphic and touch sensor), no additional wiring is needed! And NO DRIVER installation is necessary! Super neat and easy to use.

We recommend adding the 5mm PCB spacer before mounting the Raspberry Pi board to increase the space between the LCD. This will also help in handling the microSD card.

Don"t have a keyboard with you? Don"t worry. You can always use a virtual keyboard on your Raspberry Pi screen. Let us show you how.Go to Preference > Add / Remove Software

Hello, I just ordered my first Raspberry PI CM4 Compute module, it will hopefully arrive in the next few months. I am trying to source some other parts needed for a project and seem to be coming up short when looking for screens.

I"m trying to find a 7" touchscreen compatible with the DSI interface. The board I"ve chosen for my CM4 has two DSI connection ports and ultimately I will use two identical touchscreens, one on each DSI port. I only require one to have touch functionality but having it on both would be a nice bonus!

I really don"t want to use the HDMI interface and would like to stick with DSI due to it"s low-power requirements and singular connection back to the raspberry pi.

That"s the only DSI touchscreen display compatible with the Raspberry Pi for far. For the display you will have to use a 22-pin DSI adapter (to 15-pin).

DSI displays (without touch) have been connected successfully (i.e. https://github.com/harlab/CM4_LCD_LT070ME05000) but touch part requires additional effort/not implemented yet.

If you want to connect your own DSI screen feel free doing so! As long as it is max 4 DSI-lanes, you have a suitable driver and overlay chances are good. But: don"t underestimate the effort it takes to get them working!

The only DSI display supported by the firmware is the Raspberry Pi 800x480 7" touchscreen, and then only one instance of it (IIRC you can choose whether that is connected to DISP1 (default) or DISP0).

We currently have overlays for the Pi 7" panel (vc4-kms-dsi-7inch), and JDI LT070ME05000 1200x1920 (vc4-kms-dsi-lt070me05000). Both are configured to use the DISP1 connector on the CMIO boards. vc4-kms-dsi-7inch could be tweaked to work on DISP0, but as that only supports 2 data lanes it won"t support LT070ME05000.

I have had an Ilitek ILI9881C (720x1280 or 800x1280) based panel running, and aBUGSworstnightmare is working with the TI SN65DSI83 DSI to LVDS chip with some LVDS panels.

If you don"t have a complete datasheet for your panel, then you have a huge task ahead of you. Debugging DSI is VERY hard in that if things are wrong then the panel just sits there dumbly and gives you no indication of what is wrong. Pi Towers is in the process of buying a DSI analyser to try and give ourselves a better chance at being sure that the Pi is doing what it is asked.

Even if you have a full datasheet, that is no guarantee that the panel/interface chip follows it. When investigating a Synaptics panel a while back we had to reverse engineer the commands that an HDMI to DSI bridge board was sending to the panel in order to create a working setup. It didn"t follow the datasheet.

Even me knowing all the dirty details of the panel under test, having all available TCON documentation on hands (data sheet, app notes, dedicated app not dealing with the MUX and DGC, etc) did not allow me to get the display to life; overlay was loaded, X working fine but pitch black screen. A DSI analyser is for sure a must have here from my POV, but only affordable for business use. So, good to hear that Pi Towers is investing in this.

Very good information, thank you so much! It sounds like of the 2 DSI connectors provided by CM4, 1 operates at a maximum of 4 lanes, and the 2nd operates at a maximum of 2 lanes. Not that big of an issue, having one display with a high quality resolution hooked up to the 4 lane port and then a much lower quality resolution hooked up to the other would be perfectly fine for my project.

Unfortunately it sounds like the DSI specification provided by raspberry pi hasn"t been well adopted, if at all, by manufacturers of PI hardware even though there seems to be an outcry for it from the community. I think I read in another forum post that only up until recently has the DSI spec on the PI been upgraded to 4 lanes on one of the ports. Maybe now more hardware will start rolling out for it since capabilities have expanded.

Nonetheless, this seems like a huge undertaking, especially for a novice like myself.. Sadly the bezel around the official raspberry pi dsi touchscreen is much too large. I must be able to fit my screen into a maximum of 100mm height by 178mm width..

Very good information, thank you so much! It sounds like of the 2 DSI connectors provided by CM4, 1 operates at a maximum of 4 lanes, and the 2nd operates at a maximum of 2 lanes. Not that big of an issue, having one display with a high quality resolution hooked up to the 4 lane port and then a much lower quality resolution hooked up to the other would be perfectly fine for my project.

2-lane DSI is able to support 1360x768, 3-lane is perfectly fine for 1920x1080 , so what is your understanding of "high quality resolution"? Some folks consider a high PPI as "high quality"..

Unfortunately it sounds like the DSI specification provided by raspberry pi hasn"t been well adopted, if at all, by manufacturers of PI hardware even though there seems to be an outcry for it from the community. I think I read in another forum post that only up until recently has the DSI spec on the PI been upgraded to 4 lanes on one of the ports. Maybe now more hardware will start rolling out for it since capabilities have expanded.

4-lane DSI , as well as the 2-lane DSI has been exposed on the Compute Module 1 already. CM did not saw that much attention because the "average noob" was not able to deal with them.

The CM4 is changing the story because the module itself offers WiFi/BT and Ethernet and the CM4IO and a huge range of third party platforms (thanks to the having the design files available un KiCAD) make using it as simple as a normal Pi. Advantage: dual CSI and dual DSI interface is available which offers a huge set of possibilities.

Nonetheless, this seems like a huge undertaking, especially for a novice like myself.. Sadly the bezel around the official raspberry pi dsi touchscreen is much too large. I must be able to fit my screen into a maximum of 100mm height by 178mm width..

Getting a DSI display to work on ANY platform is a "huge undertaking" for professionals too! Debugging DSI is a pain in the back and requires special - high expensive - tools.

So, if you need two 4-lane DSI (or even a 8-lane) stay away from RPi and use another SOC platform. Ohh .. Be warned ., they will be more expensive and more complex to use. And .. There is no simple/small baseboard for most cases.

Unfortunately it sounds like the DSI specification provided by raspberry pi hasn"t been well adopted, if at all, by manufacturers of PI hardware even though there seems to be an outcry for it from the community. I think I read in another forum post that only up until recently has the DSI spec on the PI been upgraded to 4 lanes on one of the ports. Maybe now more hardware will start rolling out for it since capabilities have expanded.

It is true that very few people had tried to use it, but that"s partly down to the complexity of DSI. It isn"t a plug and play interface in the way that HDMI, VGA, or DP are, and it"s more complex than DPI in that you have a command path that is frequently used to configure the panel/driver chip as well as sending it video data. It"s certainly beyond most hobbyists, and I don"t see that changing, largely because documentation on the panels is frequently lacking.

So, if you need two 4-lane DSI (or even a 8-lane) stay away from RPi and use another SOC platform. Ohh .. Be warned ., they will be more expensive and more complex to use. And .. There is no simple/small baseboard for most cases.

The asymmetry in CSI and DSI ports harks back to VideoCore"s origins in mobile devices. At least when the IP was being written you typically had a lower resolution front camera, and high res rear camera hence a 2 lane and 4 lane CSI interface, and likewise one high res main screen (4 lane) and potentially a smaller status screen (2 lane).

I"m restricted to using two 7" screens. 800x480 vs 1360x768 is either more or less pixels in the same footprint so inherently the PPI will be higher or lower depending on which you choose. I suppose I should be more specific here and state that I"m looking for the native resolutions here, not upscaling or anything like that.

I guess my main concern here is that, yes I can find screens at these resolutions but an accompanying driver board to give DSI interface output to the CM4 seems impossible to find. Now that I have been enlightened it sounds like even with a driver board, software drivers will be another hurdle.

DSI interface has been speced by Mobile Industry Processor Interface Alliance - in short MIPI, and as indicated by the name targeting an interface spec for mobile applications. As such, there is no need for an "interface board".

Display is directly connected to the SOC without any glue logic. In case of the Broadcom devices the DSI is 2-lane and 4-lane as mentioned by 6by9. Don"t expect this to change in the near future as it requires a new SOC design (as said too).

For applications which don"t have DSI or which need different specs some companies have designed bridge IC, i.e. https://toshiba.semicon-storage.com/eu/ ... e-ics.html

So, as you want to use CM4 you can "easily" design your custom baseboard which has i.e. two ​TC358870XBG https://toshiba.semicon-storage.com/eu/ ... 40XBG.html connected to the HDMI interfaces. The CM4 will happily drive two (up to) 3840x2160, 30 fps, 24 bpp displays for you.

The following MIPI interface OLED and LCD panels already have firmware connectivity solutions. It may still require a custom FPC cable to meet specific project requirements:

I guess my main concern here is that, yes I can find screens at these resolutions but an accompanying driver board to give DSI interface output to the CM4 seems impossible to find. Now that I have been enlightened it sounds like even with a driver board, software drivers will be another hurdle.

Nope! I am 99.99% confident that you can"t simply buy what you"re looking for. But, I"m 100% confident it can be developed! It requires time, effort and a pile of money.

I agree with others, if DSI screen, then I would take the original Raspberry DSI screen [I just write this posting in hospital with that display, but don"t use its touch functionality (that works) -- but touchpad of Logitech K400+ wireless keyboard instead]. @aBUGSwortsnightmare just helped me resolve "800x480 display too small for using gimp" issue via software:

I use 1024x600 HDMI no-touch 9" display without any issues (26$ inclusive(!) driver board and shipping from China). I really like 9" 1024x600 displays over 7" 1024x600 displays -- spending 10$ more you can even get 10" 1024x600 HDMI display with same driver (I switched driver boards between 9" and 10" displays and they work):

This big 7" LCD Touchscreen can be easily connected to the Raspberry PI DSI port, with only two simple connections: A power connection from the Pi"s GPIO port and a Ribbon cable. With the latest Raspbian version it is even possible to use 10-finger touch and an on-screen keyboard, so you can control the Raspberry without keyboard and mouse.

CONS: low refresh rate & resolution, supports Raspberry Pi only, requires Raspberry Pi 40PIN GPIO (the SPI bus), poor compatibility with Raspberry Pi system.

PROS: high refresh rate, multiple resolution support, multiple devices support, leaves the Raspberry Pi 40PIN GPIO free, better compatibility with Raspberry Pi system.