That was going to be my first question to you. Have fun!
As mentioned above in post number 26, with the correct Wlan Pi image burned onto a micro-SD card, with the easily-downloaded "Etcher" software for my little Linux box downloaded from
https://etcher.io
, and then doing this from my Linux command prompt:
$ sudo chmod +x Etcher-linux-x64.AppImage
$ sudo ./Etcher-linux-x64.AppImage
to burn the "wlanpi" disk image to any micro-SD card of 4 gigabytes capacity or greater, the little WLan Pi computer came up immediately. First thing done was an Ethernet speed test from the box, and indeed it pumped out 940 megabytes per second over a gigabit cable connection to an Asus router.
Mistake made was to order a *way overkill* overly-long-for-a-pocket 10-amp-hour battery for this gadget for $28 dollars, cost way more than the single board computer. Left the computer running for five or six hours on the 10-amp battery and it only used 25%-50% of the battery. The 3-amp-hour $7 dollar lithium battery suggested would have been plenty plenty.
Haven't really understood what all to do with the WLan Pi yet, and not sure how to get wireless going (though it does seem to be interacting with a USB RTL8814au 3-stream USB adapter)...but have already used it as a simple cabled LAN routing speed tester.
Thanks again for your writeup, Tim.
P.S. It is also fun booting the device with the software on the SD card sold on the Neo website. Immediately you are running what looks like a fairly standard if stripped down Ubuntu version 16.04, that you can easily SSH secure shell log onto. Guess this little machine can run AutoCad under Wine emulation, etc. Let the Bitcoin mining begin!