ROADOM 10.1" Touchscreen Monitor, 1024x600 IPS Raspberry Pi Screen, HDMI

I picked up this touchscreen monitor for a Raspberry Pi project and have been putting it through its paces. Overall, it is a great, crisp little display, but your experience will definitely depend on the size you choose and your use case. If you are planning to use this for programming or reading a lot of text, the 7-inch model is just too small. The text scaling makes code hard to read comfortably without constant zooming. However, upgrading to the 10-inch model is perfectly acceptable and provides just enough screen real estate to comfortably navigate terminal windows, code editors, and data logs. Important Note for Raspberry Pi Users (How to fix faint vertical lines): When I first plugged it in, I noticed faint vertical lines across the panel. This isn't a defective screen! It's just a timing conflict because the Pi tries to guess generic HDMI settings. To fix it completely and get a crystal-clear image, you just need to force the native resolution at boot: Open a terminal on your Pi and open the boot file: sudo nano /boot/firmware/cmdline.txt (or /boot/cmdline.txt on older OS versions). Go to the very end of that single line of text, add a space, and paste this exact string: video=HDMI-A-1:1024x600M@60 Note that the above line if you want to try 50Hz, then then try this instead: video=HDMI-A-1:1024x600M@50 (Do not hit enter to make a new line—it must stay as one continuous line of text). Save and exit (Ctrl+O, Enter, then Ctrl+X) and reboot with: sudo reboot. This completely clears up the lines and locks the monitor into its native 60Hz refresh rate. If the lines persist, make sure to power the monitor from a dedicated wall adapter rather than the Pi's USB ports to avoid electrical noise. Highly recommended for hardware tinkering!

This is the second Roadom monitor I have purchased. I initially purchased the 10.1 inch monitor for a small project and it worked better than I could have asked for. I have used the 10.1in monitor nearly every day for a few months now and I haven’t had any issues. The screen is incredibly clear, the touchscreen is very responsive, and the sound from the speakers is great. Due to my experience with my first monitor, I decided to purchase a second smaller monitor for small projects/ prototyping. The 7in screen is just as great as the 10.1in one. I initially thought images would be harder to visualize with the smaller screen, but I was wrong. The image clarity, colors, and screen responsiveness is just as good as the 10.1in screen. The sound on the 7in screen is also just as good as the 10in screen. One thing I really like about this kit is that it offers you many different configuration options. You can either mount the pi directly to the screen or use it as a standalone monitor. The vast array of cables that come with the kit allow you to power the screen in multiple different ways (from the USB port of the pi, using GPIO, or with an external power supply). Additionally, the ribbon cables that come with the kit allow you to discretely connect to the PI for a low-profile setup. Lastly, and possibly the best feature about this screen/ROADOM is their customer service. I had reached out customer support multiple times by email to obtain specs about the screen and to obtain dimensions for a custom screen case I was building. ROADOM replied very quickly and answered all of my questions. The only downside I found with this kit is that you can’t control the screen’s brightness using the pi’s software (The physical buttons on the back must be pressed to control the brightness), but this is far outweighed by the screen’s quality and configurability. I would recommend this screen for any small project or even a small prototyping station.

Disclaimer: I received this product for free from ROADOM. TLDR: Love the screen, hate the cable it comes with. Recommend to pay the little extra for the one with the stand. Pro: -Great price -Great Screen -Good Features -Great customer support Con: -Bit amateur feeling compared to the stand version -Micro-USB cable instead of USB-C (the stand version has USB-C) -That stupid HDMI ribbon cable! To start, I like the screen. I previously purchased the ROADOM screen with stand, and was contacted by ROADOM after speaking with their customer support from the previous purchase. Their support is amazing, so you can't go wrong there. This screen is super simple, works like a charm, and looks super clean. The touch feature worked perfectly out of the box, and the instructions get the job done. It even has blue color removal built-in for eye comfort! I connected a RPi4b, so I used their included micro-hdmi cable. This is where they lose me. I HATE this ribbon cable so much. It's not that bad and it works, but god I just hate it. The screen that comes with the stand has a much better, stronger cable that connects directly to the HDMI port on the screen (see third photo). I suppose this means I could connect a second device into the HDMI port while having the pi connected, but the HDMI port is disabled while the ribbon cable is connected, so there's no real reason. Ultimately, it feels more...'raw' compared to the screen with the stand. That feels like a product, and this feels like a hobbyist's device. Don't get me wrong, I have plenty of that with all my RPi's, but I just like the stand version more. I'll use this for a dashboard RPi on my counter, to display weather and whatnot. It'll serve nicely for years.

This is a great little screen. After reviewing a few different options for panels, I decided on the 1024x600 resolution instead of the official Pi screen (800x480). This display wasn't the least expensive, but was reasonably priced and had great reviews. Some of the earlier reviews commented on the extra cables sent later. The package I got had all the extra cables included, and they are fantastic for providing a clean interface (just power) and cable management. I plugged it all in, and powered it up and eventually (with 10min of troubleshooting, see below) got it up and running. Some pointers: - I initially powered the Pi from a spare USB port on my computer, and powered the display from the Pi. The display initially flickered on with the Raspberry Pi logo, and the Pi booted, but the display remained black. I could see on the bottom of the display that the backlight was trying to power on, and per the instructions (Q1 Screen shows no signal), it recommended using the power supply provided. Sure enough, separately powering the screen made it work. A bit more tweaking, I am now powering the Pi with the power supply provided, and using the Pi to power the screen through the GPIO pins (and included connector) and it works great. - I also had a bit of display flickering where it looked like the resolution was struggling; after reseating the provided HDMI flat cable into the display connector, it cleared up, and everything works great. There were a few comments that the provided HDMI flat cable had to twist to connect to the Pi HDMI output; I laid mine down flat on the display PCB, with a 90 degree twist that was tucked under the Pi HDMI connector, and it's clean and unobtrusive. - The Pi Display resolution in preferences is set to "Default - preferred monitor settings, and using the Touchscreen display menu (buttons are on the back of the display), and information setting, it is showing 1360x768 @ 60Hz, even better than the advertised 1024x600 resolution - The touchscreen was plug-and-play; I plugged the provided connector into the display and the other end into one of the Pi's USB ports, and it just worked. Other notes - the display stand is nice aluminum, not plastic. Overall, a fantastic product, well thought out and well put together, great value

So this screen is super cool because you can connect it to your rpi or use it as a secondary monitor like some of the other reviewers have shown. I personally got it to use alongside a rpi as that would allow me to have a mini pc/laptop for side projects around, and since its super portable it makes for a great addition to the rpi and adding onto its versatility

So, I got this for a Raspberry Pi 4 as a basis for a super versatile machine I can take anywhere and use with just a battery pack and the touch screen if necessary. The pros are it is a good quality screen which works as advertised. The single full-size HDMI out allows me to connect it to any HDMI monitor. I am pleased with the performance and sound. The sound is what would be expected for such little speakers. I like the controls on the back. I have put a micro USB B on/off switch into the power port to keep from having to detach and re-attach the power connector over and over to power cycle my Pi. It is cheaper to replace a little switch than a whole screen when the USB B port wears out from constantly plugging it in and removing it. The primary issue I am having with it is the screen itself comes apart super easy. There is a glass panel over the screen which is mounted to an aluminum bezel, which fits over an aluminum tray in which the rest of the screen components sit. The glass keeps coming out and some of the internal components of the screen are held in only by the tray, and they slide out. I have tried to get the rather tiny clips to work, but until now, it comes apart with normal handling if I am not super careful. I will eventually figure out a way to clip it in place externally, but until then this is a quality issue.

The good: The PCB is extremely high quality and the kit comes with a lot of cables. I was afraid I'd have to buy cables but I wasn't sure so I waited until it arrived. I was pleased to see all of the things that come with it. It comes in a nice box too, the same level of quality as Apple products. The bad: Just 2 things. First, the flat ribbon connector for micro-HDMI video is really hard to work with. For some connectors you use your thumb nail to pull out the locking mechanism. That didn't work with this and I ripped out the lock. I finally got it back in but I'm not sure if it's as strong now. Users are supposed to flip it upward, insert the ribbon, then push the lock down. None of this is mentioned in the Quick Start Guide. It took me nearly 2 hours to fix the connector and connect the ribbon cable. Second, the provided USB charger (it's used to power the screen and RPi) doesn't output enough current. With the screen added I'm constantly getting under-voltage detected errors. Sometimes the green text flickers, so as debian is booting the green "ok" messages flicker. If I power-cycle the unit, usually it goes way. It's hit or miss as I've seen the green text flicker often. I do have a USB-C based wall-wart that I use for the RPi, but there's no way to plug that into this screen. Since the RPi4 gets its power that way, this LCD panel should have used that instead of the flat micro USB (Android-type) as the connector for power. Things for improvement: A mini-HDMI to flat ribbon cable is provided (the one I mentioned above that's hard to slide into the flat-cable connector) to eliminate the need for a large hoop/wire from the RPi to the display. However, the orientation is wrong so the 90-degree turn/flip/rotation in the cable is backwards and causes it to stick out on the bottom. If the micro-HDMI orientation was swapped the correct way I could probably use the included sticky-portion of the cable to lay it down flat on the screen. They had a 50-50 chance of getting it right, and it's wrong. More power, from the USB-charge block is needed. I don't get under-voltage warning errors if I power the RPi4 with the USB-C and the display via the micro-USB. But the USB-C cable coming off the bottom of the RPi4 prevents the screen from sitting on its feet. I tried powering the RPi from its USB-C only, and using the provided 3-pin power cable to power the display. There was an enormous amount of flicker and I was afraid I'd burn something up, so I quickly unplugged the USB-C supply to prevent damage. It would be nice if this back-feeding method to power the display was available, but it's possible the RPi limits the current so there's nothing that can be done.

"No signal" sums-up my experience with this unit. Item wont work with any HDMI sources that I plug into it, tried multiple HDMI cables, multiple power cables, multiple power adapters (including of course the items that came with the unit). Purchased my unit in March 2025. Super annoyed, but I liked the design of this monitor so I tried to exchange it for another identical unit; expecting the new replacement unit to work and that my first purchase was just a fluke...no, the second identical replacement unit also not working!... "No Signal" is all I see, and then it powers off. When thru instructions and documentation, checked all ribbon cables to ensure they were seated nicely...nothing helps, no sign of shipping damage or broken PCB. First unit reads on the PCB board that it was assembled on Dec 6 2024, and the 2nd replacement unit says assembled on December 13, 2024...they must have had a bad run in manufacturing in December of 2024.... How the manufacturer is still not yet aware of a bad batch considering how many units Amazon shows they've sold this month surprises me, or perhaps the manufacturer is aware of bad units and just hasn't proactively replaced the units in the Amazon inventory and would rather customers have to waste time and money dealing with replacement units and exchanges...all of which is frustrating. I went and purchased a similar designed monitor from a competitor and it works perfectly fine, but the frustrating thing with that other unit is it has no power button. I really WISH that these units that I purchased would have worked; they feel and look like good quality, and I really like the power/menu/up/down buttons on the back of the unit, and this monitor is thinner than the competitor model that's working just fine for me. If either of these units worked properly then I would have been really pleased with them. Unfortunately I have to return both of these units now and wait for the refund, which doesn't make me a happy camper. One unit not working isnt great, but understandable, two units from two separate purchases both being bad and on different manufacturing dates is not cool. I'm an IT engineer by profession and I know what I'm doing, I'm not just some n00b that is making some mistake on my end.