Give me something I can plug the latest smart streaming box into and change that box as needed.
[1] https://www.nec-display-solutions.com/p/uhd/en/portfolio.xht...
[2] https://www.nec-display-solutions.com/p/uk/en/press/pressrel...
Not true.
If you buy a commercial display (you know, those panels you see in airports) not only will it be a far higher quality display than any consumer model, but it will also be the dumbest display you can imagine.
They're not that much more expensive - which makes sense, since end users are sometimes building video walls out of 10 or 12 or 16 of them ...
But for what it is worth, my NEC commercial display doesn't look as good as a 4K display, naturally. It isn't a great monitor for text. I can't imagine how you could make 1080p at 55" look great at only arm's length away, though. That's just too much real estate to fill with too few dots.
But it's more than sufficient, and I greatly enjoy gaming and the occasional movie on it. It looks much better than the 42" off-brand it replaced, but not as good as the 32" Samsung in the other room. I'd buy again and recommend them. I'm certainly a big fan of them having a simple remote and a serial port with a well-documented control protocol.
The biggest problem with NEC and commercial displays in general is that you aren't really going to be able to do any pre-sales checks. They're not going to have an NEC hanging on the wall at Best Buy to compare. So all you have to go on is people like me who took the chance and offer up terribly unprofessional reviews, that might be pretty deeply contaminated with self-justification.
Yes, TV broadcast standards will change. Over here, we lost analog TV a few years ago, and in about three years we'll lose DVB-T on only have DVB-T2.
You might like the one NEC makes with a slot for a Raspberry Pi:
https://www.raspberrypi.org/blog/compute-module-nec-display-...
https://www.nec-display-solutions.com/p/hq/en/Launch.xhtml?i...
I have a 2016 Hyundai Tucson. To obtain the traffic camera alerts, I need to tether my phone to the car. The car then uses my phone's data connection to obtain the latest traffic updates. However, whenever I drive out of my home country, which is quite often as I live in Central Europe, I turn off my phone's data connection. Otherwise, I'm slugged with a big bill for data roaming.
If I had to use the phone's data connection for, as an example, the entire navigation system, it would seriously degrade the experience once I'd left the borders of my home country. As it is now, I already lose the convenience of traffic camera alerts.
I appreciate there are options - OsmAnd with local maps, a better data roaming package or simply rely on paper maps. Nonetheless, I don't believe relying entirely on the phone for in-car functionality is viable until data roaming has been addressed.
I appreciate there are offline mapping solutions, which I noted. However, there are probably also other edge cases I haven't specifically considered.
Yes, my in-built navigation system requires me to tether my phone to receive traffic updates. No tethering, no traffic updates or traffic camera alerts.
I don't have an alternative solution and understand a data connection is required for this functionality to work.
My point was that already I lose this service if I travel out of my own country and turn the data connection off to save money. If the car only had "a screen and a few buttons", relying on the phone for everything, much more functionality could become hamstrung without a data connection. I appreciate there are offline mapping solutions, but there are probably other service edge cases I haven't considered.
> I think it should be that way with cars. Just include a screen and some buttons, then let people connect their smart phones.
Your situation as described:
A built-in navigation system which is quite a bit more than just a screen and some buttons. It just happens to use your phone for data connection.
https://www.android.com/auto/ http://www.apple.com/ios/carplay/
Not sure about the longevity of that standard though...
(also another thing to note about commercial displays is that as they are usually on constantly, they frequently suffer heavy burn-in after a few years,so not sure if replaceable parts is such a big sell)
[1] https://www.raspberrypi.org/blog/compute-module-nec-display-...
She just ignores and never uses any of the smart features.
IIRC, people have been trying to stick computers in refrigerators since the first dot-com boom. It made little sense then (and even less sense now), but it has a superficial appeal if you don't think about it too much: everyone in the family interacts with the fridge on a regular daily basis and many people use it as the household noticeboard. However, when you think about ergonomics, efficiency, and maintenance; the whole idea falls apart quickly.
The problems here are 1) there's no easy way to automatically detect the levels/amounts of foods in your fridge with current tech, 2) shipping a single milk or stick of butter is horrifically uneconomical, and 3) shipping cold, perishable items is even more uneconomical. I guess you could configure the computer on the fridge with your favorite items inside, and then just press buttons on the screen when something runs low (so it's not fully automatic), but that doesn't help with #2 and #3.
Also Blu-ray players don't get updates after a long while too I've heard as YouTube and Netflix changes their APIs - the devs of these devices don't keep them up to date.
I would prefer a dumb TV, and just buy a replaceable box with the computer part. The only way I could see embedded software lasting is if the company made the firmware/OS across all their devices and made it more generalized to work with all their devices of that class.