Originally posted by gnufreex
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TERES-I DIY ARM 64-Bit Linux Laptop Released For 240 EUR
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Originally posted by c117152 View PostWhat SoC would you have them use that has mainline support and reversed \ open graphics?
To ARM's Mali division: Get your act together, as Broadcom did, and hire (another) Eric Anholt!Last edited by andreano; 18 October 2017, 03:31 PM.
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Selling points:
☑ Working display support (not bad for an Allwinner)
☑ Battery support
☑ FPGA usable as oscilloscope
☑ Ctrl-key in the right place
☑ Tux-key
☑ Price
Obstacles to world domination:
☒ SO-DIMM
☒ GPU with prospects of support
☒ M.2
☒ the "big" part in big.LITTLE
☒ USB3Last edited by andreano; 18 October 2017, 03:57 PM.
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Originally posted by starshipeleven View Postif you sell it with an Opensource badge I expect it to not be only half-supported crap.
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Originally posted by caligula View PostI had the impression that Allwinner (mainline) support was among the best compared to many other ARM chips.
Allwinner lack decent support for GPU and video acceleration, and this is kinda bad on an embedded system. Then the Allwinner stuff is crappy in general (I've seen enough Allwinner stuff with hardware bugs, like for example in sata controller).
Raspberries still use their own non-mainline kernels
the open bootloader can't boot Linux, some ODROIDs don't have an open bootloader (require blobs)
I care about blobs that run in the OS, that limit the updates I can do on the system, the bootloader or static firmwares are not an issue.
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Originally posted by starshipeleven View PostNo, the best is raspi and iMX6-based stuff. Wandboards for example https://www.wandboard.org/ or things from Solidrun
Allwinner lack decent support for GPU and video acceleration, and this is kinda bad on an embedded system. Then the Allwinner stuff is crappy in general (I've seen enough Allwinner stuff with hardware bugs, like for example in sata controller).
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Originally posted by caligula View PostBut you're comparing > $100 products with $10 to $20 products? How does that make any sense?
If you only need cheap half-supported crap you can buy cheap half-supported crap, but this isn't the case.
I mean, if I was building simple embedded stuff that isn't going to be used outside of a LAN, I would go with Allwinner crap, and use blobs and all that is needed (and never update it again).
If I'm making a goddamn "opensource laptop" I'd man up and get true opensource-supported chips, and pay the 100$ more (and they are also better in general, it's not just opensource).
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Originally posted by kravemir View PostWhy nobody makes cheap laptop with decent keyboard and two digital video outputs, but without nvidia gpu? All laptops matching such requirements are either ugly looking gaming laptops for $600+ or business class laptops for $800+.
VGA is not digital but is good nonetheless (in particular there are many VGA-only LCD monitors!, while TV often accept VGA as well as HDMI)
On the other hand I doubt an old Atom can do three displays : internal, VGA and HDMI.
I'm pretty sure a Skylake laptop (for example) will drive internal, VGA and HDMI at once on the Intel graphics. If you find such a laptop, VGA is presumably provided through an internal Displayport to VGA converter..
Now you may be asking, why the hell not have Displayport + HDMI instead. But plugging into VGA monitor (1366x768 19", 1280x1024, 1680x1050..) or projector is a real business case.
Sometimes a super high res monitor (21:9, 4K) will have a VGA input, you'll be stuck at 1920x1080 or something but at least it works at all. (Maybe tricking your PC to output 2560x1080 VGA can be attempted)
Maybe there will be Zen APU laptops with HDMI + VGA (sorry again if that's backwards, I think we can't dismiss it. VGA is even common on AM4 motherboards)Last edited by grok; 25 October 2017, 04:14 PM.
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