２７インチと３２インチのディスプレイの高さの差に丁度はまるwindowspczで使用できますが、タッチはできません。解像度が低いので、設定画面とか全て表示されないので、設定など用にもう一つ画面が必要。

Ein sehr guter Bildschirm über den Preis läst sich streiten aber noch okay. Ich habe ihn für Klipper gebraucht da ich nicht immer den PC anschalten will um die Temperatur zu überwachen und sonst was ich steuern will. Die Installation ging sehr schnell und der KlipperScreen war auch schnell installiert. Das Touchscreen ist sehr gut auch ohne Stift, der mit beigelegt war. Das Display reagiert sehr gut und ohne Verzögerung, also ein gute Investition. Die Größe ist auch sehr gut, voll ausreichend. Ich kann das Display wärmstens empfehlen.

Nice product, wish there is hdmi angled connector.

I've been looking around for a small HDMI LCD screen to use as a seconday screen with Windows and it took a few months of research on and off before deciding on the Elecrow 5" HDMI monitor. For the most part, it took me a while because a lot of reviews here and on other sites were primarily about use and config with Raspberry Pi.Thanks to reviewer Alan who gave a good review with plenty of photos that convinced me to go for it. Not sure if it's just how Amazon stores user review videos but the video review was a bit pixelated so it was hard to appreciate the clarity of the screen but it seemed to be what I was looking for.Having used it for a few months now I still can't believe how clear and sharp the screen is! There are sadly no controls for brightness, colour, saturation or contrast but everything displayed looks very nice and accurate.Usually when you see the resolution 800x480 you think how bad that looks when your PC doesn't have the right drivers installed and it looks blocky. I know it's all relative and about DPI but once I had it all connected and tested it was sharp and clear, almost HD. I wish I had bought one sooner as it is exactly what I was looking for having tried a Lilliput monitor.As I'm using this with Windows, I've not needed to look through the included driver utility disc and not tried the resistive touchscreen so I can't comment on those. Windows just detects it as a second display and lets me extend my desktop. No drivers needed. The box contains the LCD screen, a HDMI bridge connector that neatly connects the HDMI socket on the top of the screen to the HDMI socket on the Raspberry Pi when mounted together. Standoffs for mounting are also supplied plus a plastic stylus.Here are some of the good points that I like:+ It shows the video feed straightaway without any fancy splash screens or slow initialisation pauses. This was one of the annoyances with Lilliput monitor was a slow bright blue screen on power on before it would think about showing the feed. I know it's only a few seconds but I specifically wanted instant feed on power on for future uses.+ Runs off a single micro USB (socket also at the top next to HDMI socket) connected to PC USB so no additional external power adapters or sockets needed. It powers down whenever my PC is scheduled to power down so no lingering standby. Some motherboard USB ports do still continue to supply power for charging devices so your experience may differ.+ I was hoping for an on/off switch but no it only has a backlight switch which I wasn't sure about to begin with but I've since found it very useful and better. I was thinking about buying a micro USB cable designed for Raspberry Pi with an inline power switch built in but for now the brightness switch is fine. As a blessing in disguise, it prevents Windows/DirectShow from blinking all screens when it realises a monitor has been disconnected, that blink would often cause the video on my TV app to freeze. Turning off backlight doesn't cause DirectShow to have a fit.+ Small and light enough that I have it attached to a gooseneck arm so can position it how I need. I was going to buy one of those mobile phone gooseneck arms but I kept reading reviews of some not even being able to cope with weight of a smartphone without drooping so I've used a photographic gooseneck clamp which is a bit overkill but no droop!- The only negative I can think of is the availability or lack of screen cases with cutouts to suit the position of the HDMI and USB sockets on this. The Elecrow has its HDMI and USB socket at the top edge of screen and nearly all cases I have looked at are designed for screens with HDMI and USB on the right edge. I've had to import one from China that had the cutouts for this screen. Took about 2 weeks to arrive. Wish I'd have ordered two cases at the same time to avoid the wait as I'm impressed with the clarity of Elecrow I hope to buy another one in near future.! Just one more thing Columbo! I had originally wanted to buy Revision B of this screen with capacitive touch screen because it has OSD menu buttons. I can't find any manuals but I'm hoping that OSD buttons allows settings for brightness as that was my other preferred criteria. Having said that, I think it would be even more impossible to find suitable case due to the positions of sockets and extra menu buttons on Revision B screen. Maybe Elecrow could provide some insight on available cases?To solve the lack of brightness control I have just used a pieces of tinted acetate so that lessens the brightness if I'm using at night.

This little screen is fantastic, and a pretty dang good deal, to boot! I wanted to make myself a little portable Pi-based machine to take with me on the go, and a 5-inch screen seemed just about the right size. There are plenty of choices here on Amazon, but I decided to give this one a shot since it could also be used as a regular HDMI monitor.As the instructions note, this will not work with your Pi right out of the box; it needs some drivers and configuration settings tweaked first, or it'll light up and look like it's broken at first. A helpful note card included with the display lists a couple websites - one is the company's wiki that lists step-by-step instructions on setting things up, and the second is a helpful youtube video that gives a full run-down as well. Following the instructions on the wiki was a snap - Just install the latest Raspbian, copy/paste some configuration settings, clone Elecrow's git repository, run the binary, and reboot. Voila, a bright, sharp, vibrant display, ready to go.I'm currently attempting to find a nice case to put it all in for safer transport, but even without that, I'd say this is a great choice if you just want a small touchscreen display for your Raspberry Pi.

Great looking screen, however the touch area is a tad bit smaller than the display area.For the price, it is a fantastic value. The HDMI connector works well, and it comes with supports for adding it into an enclosure.The stylus it comes with is nothing to brag about, but it indeed works.Display is sharp enough to read most text on it.I hooked this up to my raspberry pi3, and it immediately displays thru the HDMI port. The power is also shared between the raspberry pi and the display itself, however I did get power warning indicators meaning that I ended up using two USB wires to power both the display and the raspberry pi module itself.Things to note: As others have indicated for these displays, when initially using this, it will not natively fill the screen all the way. Meaning that you will need to have the proper drivers, and also add the correct display parameters to take advantage of the full screen.The second thing that I noticed, is that you will be required to manipulate the drivers for the touch screen aspect of it. Luckily there are some guides around, and some calibrations that you will need to do to get it working properly. To have mine work properly what I needed to do, was to reduce the display size to match (as well as possible) where the touch screen could actually sense. No, it will not sense at the edges of the screen, so you will need to play around with the display area in order to be able to hit the menu bar.Version of os: Raspbian JessieChanges to get it to display full screen:Open terminal and use the command: sudo nano /boot/config.txtCopy and paste this into the /boot/config.txt___________________________________________________hdmi_group=2hdmi_mode=1hdmi_mode=87hdmi_cvt 800 480 60 6 0 0 0dtparam=spi=ondtparam=i2c_arm=ondtoverlay=ads7846,cs=1,penirq=25,penirq_pull=2,speed=50000,keep_vref_on=0,swapxy=0,pmax=255,xohms=150,xmin=200,xmax=3900,ymin=200,ymax=3900dtoverlay=w1-gpio-pullup,gpiopin=4,extpullup=1---------------Within this file you will also need to adjust the borders to reduce the actual display size to correlate with where the touch screen would sense any 'touch'.But before you have any idea where the touchscreen will work or not, the tool I used is xinput-calibratorYou calibrate the touchscreen, and then copy the information (believe it was within /usr/share/X11/xorg.conf.d/10-evdev.conf) However it shows you two locations that can store this information.Be sure to watch the exact lines you edit, otherwise it will fail to boot properly and you will be forced to fix it thru the text prompts.Hope this helps, after playing around with it a bit, it is very useful once you get it working properly!Glad I purchased this, no regrets! Removed one star due to the touchscreen not sensing the entire display area, however for the price, it is acceptable.

This screen is a great little device. It is bright and crisp. The touchscreen works well. Installing it took me quite a few tries though, so I thought I would post my findings to help someone else.I have have only tested this on a Raspberry Pi 3 running Debian Jessie, but it may work on other versions and flavors.Strong recommendation: Do not bother downloading the so-called "driver" noted in various places. The version for Debian Jessie is really just a script that copies configuration files (that seem to have some errors) into your /etc/ directories that brick your device. Happily, there is no need to do this, you can easily modify the files yourself.Prior to connecting the new display, do the following:The only software you need is for the touchscreen. You can get this with "sudo apt-get install xinput-calibrator"Then edit /boot/config.txt to add the following lines:----------------------------------------------------------------------------------hdmi_group=2hdmi_mode=1hdmi_mode=87hdmi_cvt 800 400 60 6 0 0 0dtparam=spi=ondtparam=i2c_arm=ondtoverlay=ads7846,cs=1,penirq=25,penirq_pull=2,speed=50000,keep_vref_on=0,swapxy=0,pmax=255,xohms=150,xmin=200,xmax=3900,ymin=200,ymax=3900 dtoverlay=w1-gpio-pullup,gpiopin=4,extpullup=1----------------------------------------------------------------------------------Shutdown the pi, and connect the display. When you power it back up, you should have a perfect display. You can now calibrate the touchscreen by running Menu-->Preferences-->Calibrate Touchscreen. Click each of the four targets when requested and then you will get a text window which explains what you should put into a calibration file. For the Pi, the filename should be /usr/share/X11/xorg.conf.d/99-calibration.conf.And presto, you are done. I bricked my Pi 4 times getting this figured out...it is silly how easy it is once you know what needs to be done.Good luck!

Très content de recevoir le produit et m en servir au moment de L alume il me manque deux cm d écran et le tactile ne fonctionne pas je suis dégoûté.