7 inch HDMI LCD 1024x600 Resolution Capacitive Touch Screen IPS Display Module Compatible with Raspberry Pi 4 3 2 1 B B+ A+,Jetson Nano,Support Software Resolution (up to 1920×1080)

If youre wanting a PC sensor panel, I dont think this can be beat for the price or quality. Time will tell how long it lasts but the screen is perfect for what it is. Connections in rear seem solid. I picked up a USB header to Micro USB and a flat ribbon cable HDMI cable for mine. I havent tested the touch nor will I ever use that. One thing to note that I wasnt aware of though it makes sense. This isnt specific to this sensor panel - its any "monitor" you connect. I run dual screens with this sensor panel being my 3rd. When my screens go to sleep and I wake them up, sometimes an application I had running on my main monitor winds up on this tiny display. Its easy enough to just move it across to where it needs to be but if you have Aida64 set to always be on top you may not know your missing window is hidden behind the sensor panel on the tiny screen trying to figure out where your app is. Just a heads up. A minor thing IMO and again not anything with this panel in general just something that happens with multiple monitors. I dont have this issue with duals - the apps stay on the screen I left them on but for whatever reason they sometimes end up on this display after waking up my monitors. I do have them all on the same card (RTX3080Ti). Worth the money IMO for a sensor panel.

Many people here are looking at these panels for DYI sensory panels for there PC. I spent a lot of time looking at many different panels to try to find better value or at least something that made the most sense for my project. Funny thing is I started off with this panel first and thought there has to be a better option. Long story short not really even when I considered spend more money.These types of mods get expensive really fast. $80 for the panel, $60 for Aida64 (You can use the trail but eventually you will pay the money because you want everything unlocked), $30 for alternative skinner cords that are longer the moment you see the cords you will want to change them. I knew this from the start so in my mind this panel costs $120 because I got new cords to go with it longer for cable management. Then maybe $5 for the little standoff box to give mounting options but honestly tap could work just as well it's really light.Next you have things like buying a motherboard header to micro USB i wasted more money when I realized I did not have the slot available on my moba. This panel because it's higher resolution and quality does require a fair amount of power.Also I went with the 7" to be honest if you have the space go bigger there was no changes to my temperatures or any impact. I do enjoy looking at itI was thought many times if sending everything back but ultimately it was 100% worth it in the end.Minor Q&A if you use the mobo header it turns off with the PC. If you use USB you can still turn it off with the PC just change one settings in the bios and continue with life. It's the onboard USB power.ASUS Z690-E --->Advanced -->onboard devices and configuration --->USB power delivery in soft stateIt's pretty similar for most motherboards. Lastly have fun.

Decent display. Slightly lower cost among available 7" hdmi displays. I like the layout of putting the ports in the middle of the pcb on the back, so they are not sticking out the sides. Plenty bright but i don't find good color contrast especially on dark colors. Black is black, but showing gray or blue on top of black, such as in a console, is difficult to distinguish unless fonts are large. I usually like dark themed desktops but on this display, it is better to use the light themes as there's not enough contrast with dark colors and borders. 1024x600 is better than the Pi Foundation display which is 800x480. However, the 1024x600 is bit odd ratio wise, my pi would always try to set 1024x768, which the display accepts but obviously with weird scaling, thus the fonts are not crisp. I had to create X11 config file (see below) for the Manjaro distro I am using. This file works to force the resolution on the hdmi port (closest to the usb-c power connector, this is hdmi0 on the board, but hdmi-1 in X11). I have not tested the capacitive touch yet.cat /etc/X11/xorg.conf.d/10-monitor.confSection "Monitor"Identifier "HDMI-1"Modeline "1024x600" 49.00 1024 1072 1168 1312 600 603 613 624 -hsync +vsyncOption "PreferredMode" "1024x600"EndSectionSection "Screen"Identifier "Screen0"Monitor "HDMI-1"DefaultDepth 24SubSection "Display"Modes "1024x600"EndSubSectionEndSectionSection "Device"Identifier "Device0"Driver "modesetting"EndSection

My buddy and I both have used this little screen to upgrade our PC builds. I've always wanted something to help display sensor read out for my PC and this is perfect for that. I have windows 11 and it was plug and play. You'll want to buy stand offs (size: M2.5), screws (size: M2.5) for the install and a thin HDMI cable to help with cable management. I built a bracket with a lift hinge so that I can adjust it and remove it if I needed. Works great, if it ever fails randomly then I'll redo this review but prolly buy another one because they aren't that expensive (comparative to how expensive PC parts are now a day)