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Oh! That's really great!
Definetely, you should add the boards that you are planning to release at your site to let the others chance to check these out! ![](static/image/smiley/default/smile.gif)
And, is it possible now to get some more info. As I see, there isn't an Allwinner chip, according to a previous messages it's a RDAmicro's one.
I think, that it would be great not for novices in microcomputers and IOT - according to the posts above, it won't have a specifications of desktop microcomputer, it's suitable for evaluating and producing the projects, made on other versions of Orange Pi.
Yeah, that's seem interesting. I think, that if the price would be affordable, even if there will be some problems, I'll probably buy that boards, because now I know, where they can be used, and I don't afraid the problems with linux support.
So, thanks for information, will wait for production.
And yes: as i understood, you're really interested in making a smart and powerfull device for IOT, but I can't see any battery jack's and charger circuit. The real "microcomputer for IOT", as I think, should have: battery power, lots of interfaces, RTC with backup battery (or jack for it) and the PoE is always welcome in such projects. I see the lots of interfaces (WiFi/BT/Ethernet), but there seems to be not able to power the board from a battery or by a PoE on a cable (I can't see the parts, which indicated PoE), and if there's no constant and self-contained power supply, the clock will be reset after each power down. But, in IOT, could be not available to grab the current time from an NTP after a power-down. So, the basic onboard RTC (like DS1307, or, the better, DS3231) with ability to connect the backup power source won't make the board much more expensive, but will make it a really powerfull base, which could be used in a real IOT projects, I think!
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