lcd touch screen odroid quotation

Connect the high quality 800 x 480 display to the ODROID-C2 or ODROID-C1+ via an HDMI link board and a micro-USB link board (both included) which handles power and signal. Then connect a DC plug on the C2 / C1+, once you install the latest OS update, and you are ready to play. Connection to the ODROID-XU4, ODROID-N2 or ODROID-C4 is by HDMI and micro USB cables (both included) as shown below. This touchscreen is designed to work with both Android and Linux.

Option 1 : Mount the C2/C1+ board on the LCD unit with 3pcs of 8mm PCB supporters. The HDMI link board and micro-USB link board are used for interface and power supply.

+ MicroUSB port: “Touch” – First attach your board to the VU5A with an HDMI cable. Then attach the micro USB port next to the HDMI port labeled “Touch” to provide touchscreen power to the VU5A!

The Chromium browser supports the multi-touch pinch- zoom gesture, so you can enjoy the zoom in and out like a smartphone. The touchscreen also works with Android OS for the C1+.

Fully assembled 3.2inch display with 320×240 pixels TFT LCD and a resistive touch overlay. Just plug it on top of ODROID-C4 / N2 / N2+ / C1 / C1+ / C0.

The 480×320 pixels TFT LCD display comes fully assembled and has a resistive touch display and can be used with the following oDroid (SBC). DROID-C2/C1+/C0 and the ODROID-XU4.

Please Note:The display is NOT compatible with Android platform. You can place the RTC Shield on the bottom side of the LCD Shield PCB. The RTC Shield must be purchased separately.

7" TFT LCD display with a touch screen with a resolution of 1024x600 pixels for Odroid C1+, Odroid C2, Odroid N2 and Odroid XU4 computers. The display has an available HDMI (video) and USB interface with a micro-USB port (touch screen). Works with ready-made images. operating systems for computers Odroid The display is equipped with an audio connector for connecting external speakers or headphones.

LCD-TFT touchscreen with a 3.5-inch diagonal with LED backlight. The display is designed for Odroid C0 , Odroid C1 + , Odroid C2 and Ordoid XU4 computers . There are dedicated housings that hold the computer (fits the Odroids C1, C1 + and C1) and the display in white and blue and transparent .

This TFT-LCD 7” display offers a resolution of 1024 x 600 pixels and can be turned into a touchscreen with an active area of 153 x 86 mm in no time. All the connection cables, adapters and screws you’ll need to connect it to your Odroid-C1+ or C2 board are included in the box. If you own an Odroid-XU4, you’ll need to invest in a specific bridge adapter to avoid voltage ripples, which can be seen on-screen. It shouldn’t take more than a few minutes to mount your screen, from the opening of the box to start-up!

Tablets, game consoles, infotainment systems... Many projects require a high quality touchscreen with a good resolution. The Odroid-VU7 Plus display is compatible with both Android and Linux.

The ODROID-VU7A Plus is your new 7-inch multi-touch screen for the ODROID line of SBCs - with audio capability! It also works with other systems, b...

The ODROID-VU5A is your new 5-inch multi-touch screen for the ODROID-C2, ODROID-C1+, ODROID-C0 and ODROID-XU4 - with audio capability! Connect the ...

This LCD displays 20 characters wide, 4 rows in white texts on blue background. It has a back-light, a contrast adjust potentiometer, and a simple ...

Fully assembled 3.2 inch 320x240 display with resistive touch overlay.  Simply plug it into the SBC"s 26-pin or 40-pin header.  Leaves 14 pins unus...

The VoDisplay Screen is a super fast screen (by USB2.0 standards) for high quality display usage for embed devices. It uses a USB2.0 port to displa...

Add a display on an ODROID-C4 without any cable by plugging it into the 40pin female header on the back of ODROID-VU7C, and connect the HDMI port o...

The VoDisplay Screen is a super fast screen (by USB2.0 standards) for high quality display usage for embedded devices. It uses a USB2.0 port to dis...

One of the most awaited plugins for Volumio is finall here: the touchscreen plugin. With it you can easily show the gorgeous Volumio UI on any display, included the official Raspberry PI Display, available on our Shop. Let’s see how to easily achieve a fantastic touchscreen for your favourite music player in less than 10 minutes. This tutorial will explain how to connect the Raspberry PI display and enable the Volumio UI with the plugin.

Notoriously, feeding your PI with an adequate Power Supply is mandatory to have a reliable system. That’s especially true when we connect a power-hungry device like the Raspberry PI Display. Luckily, there’s a way to understand if your PSU is good enough: just power on your pi and observe the screen, if you see a coloured square on the top-right side of the screen, it means that power to your PI is not enough. Don’t you see it? Then all is good.

That’s the easy one. Just connect to Volumio’s WebUi as you would usually do, and navigate to the Plugins page from the settings menu. In Miscellanea category, you’ll find the Touchscreen plugin. Just click install, nothing more. PLEASE NOTE: The touchscreen plugin is compatible with volumio version from 2.001 onwards

The Odroid display is not only a viable alternative, it also have several advantages over its PI counterpart:Since it takes power from USB and video signal from HDMI, it can be used virtually with any Computer with an HDMI output, not just the Odroid or the Raspberry PI.

UPDATE: Lot of time since I published the original article. The Odroid 7” does not seem to work properly with Raspberry PI (not tested with the Odroid). So, if you’re looking for a display for the Raspberry PI, get the official one.

The Waveshare 7” display has become rapidly a widely adopted display, thanks to its cheap price. However this particular touchscreen has shown several reliability issues (altough this seems fixed in latest models, thanks to a firmware update), it requires a particular touchscreen driver which is not always included in major distros and its colour reproduction is not the best.

Here we are folks! Hope you found this article helpful, you can share via comment below how you use your Volumio’s touchscreen setup and if there are other display alternatives!

I ordered myself an Odroid Vu7 plus, thinking it would be close to plug and play (in that regard, the blog post is quite misleading), and spent a whole evening trying to make it work. In the end, I managed to display volumio on the screen, although the touchscreen is not working at all.

I thought I’d write a guide about it since the informations I got needed to be gathered all over the internet, and hopefully find some solution for the touchscreen part.

Plug the HDMI cable in the HDMI ports of the rasbperry and the display. Plug the micro usb port on the display and the normal size usb port on the raspberry. The USB is used both for data (touchscreen) and powersupply. If the display is not powered while plugged, check the switch on the side of the display, use a bigger power supply, or a usb hub with its own power supply.

All you need to do now, is make the touchscreen work. And that’s where I’m stuck at the moment. From what I can understand, the drivers are only available for Odroid, and it requires a custom kernel to make them work on another platform. Maybe someone more familiar with Linux could help me get a better understanding of this.

And that"s quite clear!(your incorrect & unjustified "LED" assertion - not so much!) That said - David may join o.p. in, "Lack of attention to (LCD) not (LED) DETAIL!"

For almost all Raspberry Pi do you need a screen. For some projects you can create / use a web application. If you only need an image once, you can work with SSH. With this you can use your Laptop, for example, to Raspberry Pi to control. In most cases, however, it is nicer to use a display or monitor. When you have connected a Pi to a display, you can use it as a standalone unit. So you actually have an extra computer.

Displays for Raspberry Pi come in all shapes and sizes. So it is important to think about what you want to use it all for. Does it have to be processed in a housing? Then the size is very important. Will your project be interactive? Then a touch display can be useful. Don"t want a touchscreen? Then you can connect a keyboard and mouse to the Pi. Do you just need to display information on the screen? Then you may not need a touchscreen. It is then useful to see how you are going to attach the screen. Are you hanging it up? Or do you place it in a housing.

It has two gigs of RAM and features the option for either an SD card or an eMMC card. It has four USB 2.0 ports, one USB 3.0 port, and one USB 3.0 0TG port it has micro HDMI 1.4a ( type D ) and an LCD port. It also has a MIPI DSI port which provides another way of connecting a screen.

Hello! Perhaps my article will look a little "nubovaty", but I personally could not find a similar HOW TO on the Russian-speaking Internet. It will be about the initial deployment of the operating system on a single-board Odroid-W computer from Hardkernel, which has already been written on Habré for twoarticles of a descriptive nature. The peculiarity will be the use together with the “ W Docking Board with TFT LCD ” board itself , without which, since the capabilities of this piece of iron are not fully disclosed.

On Odroid we will put the anti-malignant Debian . All the preparatory work is done on a PC with Windows 7 installed. The preparatory work in nix-based OSes is made much simpler and does not require additional software.

Next, insert the memory card into Odroid-W, connect the W Docking Board network cable to the microcomputer. Then, after waiting a bit, you need to determine the ip-address of the board (I connected to my router, and I saw the corresponding DHCP address in the router’s web interface). Then you need to connect with the SSH client (I use the proprietary SecureCRT) Putty is the easiest and easiest way. I will not dwell on setting up SSH there, firstly, everything is simple, and secondly, there are enough articles on the Internet. To connect, you must use the pi username and raspberry password. Immediately I recommend that you run sudo su and passwd and set your password for the root user and then log in from there (although there may be many opponents of this method who use sudo).

To connect an external display, you also need: a monitor / TV with an HDMI connector, an HDMI-microHDMI cable, or other options, such as DVI-microHDMI and other perversions, depending on the capabilities. After connecting the monitor, most likely nothing will be displayed on the screen, but this is solved quite simply, you need to change the /boot/config.txt file using the nano editor, or immediately install mc, in the future it will come in handy anyway. You need to uncomment the line hdmi_safe = 1

A small part of the setup, such as starting X, can be learned from the third part. I did not pay much attention to the output of the image to the monitor, because It was supposed to be a portable solution using an integrated screen.

And startup Xs. To be honest, given the size of the screen, I would not recommend using them, but I’ll give for those who want to make a glamorous watch from Odroid-W

Odroid-W has a mipi-csi interface for connecting the matrix directly to SoC, but working with these cameras remains behind the scenes (their cost is not very good).

In the distant plans (and the initial ones, up to the idea with a portable Internet point), attach this bundle to my project of a radio-controlled car on Arduino. Odroid needs to take on FPV and alternative control with a smartphone. True, this project is moving rather slowly, but I hope that it will turn out to be completed and published on this resource.