I was hoping to find a larger touchscreen display that will work with my Raspberry Pi. I wanted to make a "kitchen use" kiosk for looking up recipes, watching cooking shows etc. I was hoping to find a touch screen display that was 14" or larger maybe up to 23.1" full 1080p (1920x1080 resolution). Multi-touch would be nice but I suppose its not as needed as the resolution and size.

My goal is to make this thing something that can swing down from a cabinet, easily interacted with, looks great, and can be wiped off cause it'll get messy.

there was a 14" display used in the "little box" project here


I've looked around and I find talk of such displays but I can't actually find them. Does anyone know of such a display? Can you point me in the right direction?


There are a few options. In increasing order of difficulty.

  1. You can buy USB touch screen from somewhere like elo touch, but be prepared to spend
    ~$400 for a resistive 15" screen.

  2. You could buy a touch overlay kit from ebay and apply it to an ordinary hdmi monitor.

  3. Finally, you could buy and lvds to hdmi convertor from somewhere like http://www.njytouch.com/ctp.htm and try and try to get a generic touch panel from china working with your raspberry pi.

  • If I am going to be able to use the Pi for this project the touch overlay is going to be the way to go. Now I have to decide if I want to use the Pi or an android PC as if I go the Pi route there will be a TON of custom code/software I'll have to do. Sep 6 '13 at 20:20

HP's L2105tm is a 21.5 inch 1080x1920 touch monitor that works flawlessly with the Raspberry Pi. It isn't resistive, so the response is slower than what you will be used to if you have used a resistive touch screen. But if you have not used a resistive touch screen, you'd never call it "slow".

I bought a hand full of this model a few years ago for right at $300 each. I see now that many places are selling a 2206tm for under $300, and my bet is that it will also work just fine.


This is the largest touch screen that I could find for the Raspberry Pi (10"):

enter image description here

Info from the website:

This plug-and-play bundle includes:

  • 10" glossy screen LCD with IPS technology, 1280x800 px, 256K (18-bits) colors with integrated multi-points capacitive touchscreen with USB interface (USB cable for touchscreen is included)
  • new HDMI-LVDS converter board that has all required voltages for LCD, can power RaspberryPi through USB connector, contains PIC controller that can be programmed to provide EDID information (like screen resolution, etc) over DDC/I2C interface and also can control LCD brightness in automatic (with help of ambient light sensor) or manual mode
  • LVDS cable
  • ambient light sensor (can be connected as a part of LVDS cable to HDMI-LVDS converter) for automatic LCD brightness control

Can be connected to virtually any HDMI source that can provide native LCD resolution.

Additionally you can order power adapter to power whole system (RaspberryPi + HDMI-LVDS converter + LCD) and short USB-microUSB cable (7.5cm/3") to power RasPi right from HDMI converter.

Here is a video of it in action.

  • 1
    Yeah that is the largest I have found and I am afraid dirty cumbersome fingers will make it hard to use at that size. I'm wondering what screen was use in that kickstarter project because that might be perfect. If I don't get any hits in the next few days I'll accept this answer to give credit where its due. cheers Aug 30 '13 at 19:03

check out the Gechic line of touchscreens


the 1502i is a multi touch HDMI thin monitor


Currently we use at work 19" Zytronic's Zybrid (3mm glass with capacitive layer) touch screens with 1440x900 monitors with USB driver board /panel+driver is ~200$/. During this year will switch to 21,5" and 1920x1080.

With default setup it works with built-in hid multitouch kernel driver. As we needed some advanced functions of USB driver board, we signed some documents with Zytronic and got source code for drivers to compile kernel driver modules for our custom kernel.

We use common consumer monitors, dissasemble them to get LCD panel and interface electronic. This we assembly into our device using orignal interface electronics from monitor, connect with cheap hdmi-dvi cable. The device is then mounted behind two layered vandal-proof glass.

Panel with driver board itself supports multiple touch events. We did some experiments with MT interface but haven't let it in production yet.

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