@José-Luis-Cánovas that is very informative. Do you have guides that novice like me can follow along how to setup these? Like what you state "You should remove console totally. Remove SSH root login with password, add other accounts with SSH certificates for login."
Victor Tagayun
@Victor Tagayun
Best posts made by Victor Tagayun
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RE: Access php from outside the local network?
Latest posts made by Victor Tagayun
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RE: Access php from outside the local network?
@José-Luis-Cánovas that is very informative. Do you have guides that novice like me can follow along how to setup these? Like what you state "You should remove console totally. Remove SSH root login with password, add other accounts with SSH certificates for login."
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RE: Access php from outside the local network?
@abd Have you tried pagekite.net? it is an open souce pyhton, but not so sure if can run on Omega2. It sure run on raspi...
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RE: Omega2 annotated pinout (including MT7688 pin names)
@luz What PCB did you design? Care to share?
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RE: DIY Onion-Mini-Dock
@Ken-Conrad looks good, but I may require USB host...
Waiting for @Daniel-Andrade PCB... -
RE: DIY Onion-Mini-Dock
hello I dont think the width of the Omega itself will fit breadboard plus the 2.54mm pitch headers. So it is not possible to be breadboard friendly anyway, except for the breadboard dock (expensive) which makes the board longer.
Now will wait for your PCB... -
RE: DIY Onion-Mini-Dock
@Ken-Conrad Thank you for the information. The other PCB doesnt have USH host connector, not suitable for me.
@WereCatf How to order this PCB by the way? -
RE: DIY Onion-Mini-Dock
@WereCatf If not for breadboard, so it means it will be on some kind of proto board?
NodeMCU V1 as shown was first not breadboard friendly at first..
The work around they did were like...
Then due to market demands they make V3 smaller to fit the breadboard...
I hope you will consider being breadboard frieldly even using 2pcs of breadboard.
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RE: DIY Onion-Mini-Dock
I observed P2 might hit the Omega. You can align, P3 and P5 to the first pins of the Omega and cut the PCB along that line. The antenna of the omega will be protruding, but it will be better so it will be fully exposed. Then P1 and P2 and 6pin will be on the other side.