TonyMac32

OK, to close all issues I came across, same fix as for the toolchain key, aptly repo key successfully imported when given the full URL and port 80. updated as well. Will need to be done manually for people with running installs, should straighten out any new installs that had this problem.

Hello, I have been re configuring my build environment and trying to fix some bugs, I should be able to begin messing with this. Do you have the ability to build a kernel yourself? Check out docs.armbian.com for details.

This fixed it for me, if anyone else can verify, it's just adding "hkp://" and ":80" to be more precise about the keyserver. https://github.com/armbian/build/commit/20d9d74446fa2f1948b19b56d369f4585b714355

CNX software gave me the heads up on it, https://www.friendlyarm.com/index.php?route=product/product&product_id=244 More or less looks like a Duo with the following adjustments: 256 --> 512 MB RAM base H2+ --> H3 (uncertain why this matters on a DIP package) Garbage Wifi --> AP6212 Other than WiFi I'm not sure I see a huge reason to go for one over the other. If you're building around a dual-inline package, multimedia is probably low on priorities. On the bright side, supporting this should be trivial if there's a demand, it should more or less only require a device tree for the wifi.

I can't answer this well because I have no idea of your expertise or field of study, or competence. In general, if you are capable of the high speed routing and component selection, and don't vary too far from the reference design (See Odroid C2, FriendlyELEC K2, most TV boxes with S905 inside), then sure, some device tree tweaks and you should be OK. But if you've never handled such high-speed routing, it will be a challenge.

I have to get this figured out, I can't be waiting 10 minutes to download the same toolchain every single time I want to build a kernel...

The tinker S has the voltage available, the Original Tinker (TM) does not. armbianmonitor -m on tinker S should show it.

I tested a SanDisk extreme A2 (64 GB), got results matching tkaiser's.

Correct of course. In theory this should be straightforward, but only experience will tell for sure.

No one has gotten a sample of my blood since 2004 or so. I don't want to risk that they recognize any modifications... Sent from my Pixel using Tapatalk

Someone sends me one I'll look at the prospects, but a proposal for support needs to be under the board bringup thread

@Neil Armstrong I feel like I've seen this before, in the post from igor I see I'm not in the lab at the moment, maybe later this week. Trying to get some outdoor projects finished before the snow starts to fall... [edit] OK, now that I've updated the patchset that error does not exist.

So just for an update on these things, I decided to clean install regular ubuntu this time, instead of lubuntu. Same issues, linaro 4.8 no public key/downloading on every single build (has been an issue for me, my dl rate from their server has been down at the 50 kbps range on more than one occasion), and now no aptly 1.2.0. Decided to try a Docker environment, and within docker it downgrades aptly as commanded and is able to import a key for linaro 4.8. So, strange times.

you claimed: Which is a thread about the nanopi K1+. It is an Alwinner H5, a 64-bit SoC, whereas the H2+ and H3 are 32-bit. Now, Allwinner is arranged somewhat uniquely, so perhaps the driver is there. I'm not an expert in that part, perhaps @@lex can speak to it if willing.

overlay_prefix=sun8i-h3 overlays=usbhost1 usbhost2 i2c2 so i2c2 overlay looks to be there, however I don't know if the camera driver is in the 32-bit allwinner distros. You may need to add it, the K1+ example is for the 64-bit kernel.

I run a Plex server at the moment, on an XU4. I'll have to try this out on my test board and might have to migrate if it as good as advertised.

as per the repeated and hard to miss red banners and such, we need the output of "armbianmonitor -u" at bare minimum.

Just saw this one, honestly just throw away the vendor kernel and roll it into Meson64, it has extremely active upstream support and should soon have vdec support in mainline with Le Potato and K2. Then we've eliminated a kernel and uncluttered. The C1 is strangely also getting mainline support, but I have no idea the maturity, someone with one or Bay Libre would need to speak to that. I don't see too much logic behind throwing it away when it shares 95% of its self with 2 other boards we support (the C2 anyway).

@tkaiser so it begins... :-/

Working on the C2 and K2 to add software spi to the typical SPI0 position on the RPI-compatible header, should this also be done with Le Potato? I personally don't see why not, as long as no one happens to have dedicated a lot of time and resources to using specifically those pins for non-spi activities...

Cute. I'll have to get out the Kapton tape before I go adding a heat sink to this little guy to avoid accidents... Power consumption numbers on it would be interesting to see, especially if this is as cheap as I would hope given the low connector count and the SoC being a "cost-improved" model of the S905(x) family. Now, it would be really fun to be able to buy this with nothing but the HDMI populated to use like a SOM.

You aren't bypassing the PMIC when you do this. The RK808 only provides 3.3V/1.8V/etc. anything on the board that needs 5V has no interaction with the PMIC at any point. You are bypassing some filtering, so that should be understood and accounted for in the powering solution chosen.

Nothing on that board that is fed 5.0 Volts (USB, HDMI, etc) is protected by the PMIC. As I've said before, the Tinker itself does not crash, but it's peripherals fail (mice, keyboards, external USB storage, etc etc etc.) Current is irrelevant if there is not adequate voltage to get it where it needs to go. I can attach a 3000 amp supply to a tinker or a Pi and it will not make any improvement if it is 5.0 Volts as opposed to one that can source 3 amps at 5.0 volts. A 5.25 volts supply at 3 Amps will outperform a supply with infinite amperage available operating at 5.0 volts on a Tinker Board.

Had my n and m swapped https://www.sainsmart.com/products/sainsmart-genmitsu-cnc-router-3018-pro-diy-kit Sent from my Pixel using Tapatalk

I did that in my home not long ago, I refinished the floor myself, quite pleased with the results. This board looks really cool, but for the life of me I don't want wires going every direction, I very much appreciate things having a front and a back when it comes to connectors. A USB or 2 on the "front" is fine, but I'm trying to visualize actually using both ethernet ports without it looking like bad techno-spaghetti...