In that case, I would say that color calibration is very easy to accomplish and having the connectors facing down is something I was already planning to do. Our industrial displays are typically mounted 15-20ft in the air, so customers have an easier time accessing them from the side while on their lift.
As for outdoor TVs, that's a whole other Pandora's box, but yes, we also make those displays, mainly for digital billboards, advertising, and rental purposes. They typically range from 5000 nits to 12000 nits in brightness, and their pixel pitch ranges from 3mm to 9mm. They're all IP67 rated. Displays with a brightness lower than 5000 nits are typically indoor LED displays with much finer pitch, ranging from 0.9mm to 6mm. A 0.9mm pitch would be very similar to Samsung's QN90A series TVs with QLEDs (a marketing gimmick for an actual LED pixel-based display). These displays may cost a pretty penny, but we hope that once semiconductor plants are up and running in the US, costs will start to come down. Here's a project we did with a circular 3mm display back in 2017. This unit is 7ft tall with a 4.5ft diameter: http://bit.ly/43keDD5
So my use case for outdoor displays is in the recreational marine market. Screen sizes are typically between 7" and 18" with some very high-end "glass bridge" displays coming in around 24". Retail for a 12" chart plotter is $4000. Typical display brightness is 1200 nits, which is OK, but still hard to see in direct sunlight with sunglasses. Conversely, they also don't get dim enough at night.
The glass bridge solutions all use a "black box" chart plotter (essentially a rugged PC) and dumb displays. But the smallest displays are 16" and way more expensive than the integrated solution.
I'd love a 12" to 15" HD display with capacitive touch, optically bonded LCD, wide viewing angle, viewable in direct sunlight (with sunglasses), and dimmable to nearly off (20 - 50 nits maybe?) so that its not blinding at night (not city night, but offshore night). It should have one cable: a USB connection for power, video, and HID output.
In the vein of your pole display, a 14-18" tall, 4" wide screen would be very cool for the sailing market. Most folks mounting mast displays are still stacking a bunch of individual 3" or 4" monochrome LCDs (at $1000/ea).
Thank you! I think I know what you're talking about. I live in a gated subdivision where the gate entrance control panel has a similar 15" screen but with terrible brightness and UI. Your display also sounds a lot like an HMI panel but for outdoors. Do you happen to have a product link for this display with an embedded PC? If the market is big enough, I'd be more than willing to explore some sort of joint venture with you.
Thank you! What you see in there is a WebGL creative put together using ThreeJS running at 60FPS on a RaspberryPi with a custom/frameless Chromium build. This was back in 2017, and I can only imagine what someone can accomplish nowadays!
Yes, a few of our permanent install/broadcasting projects use TouchDesigner and Ventuz. For rental applications, Resolume, Modul8, and VDMX are preferred depending on the use case.
As for outdoor TVs, that's a whole other Pandora's box, but yes, we also make those displays, mainly for digital billboards, advertising, and rental purposes. They typically range from 5000 nits to 12000 nits in brightness, and their pixel pitch ranges from 3mm to 9mm. They're all IP67 rated. Displays with a brightness lower than 5000 nits are typically indoor LED displays with much finer pitch, ranging from 0.9mm to 6mm. A 0.9mm pitch would be very similar to Samsung's QN90A series TVs with QLEDs (a marketing gimmick for an actual LED pixel-based display). These displays may cost a pretty penny, but we hope that once semiconductor plants are up and running in the US, costs will start to come down. Here's a project we did with a circular 3mm display back in 2017. This unit is 7ft tall with a 4.5ft diameter: http://bit.ly/43keDD5