@Johann-Cunningham The docs for the oriignal Omega are here and firmware repo is here

@slx Please provide more information about the issue. What errors are you receiving? What modifications have you made? Which document are you referring to.

@crispyoz Yep....I knew that! ;^)

@Nagarjuna-Reddy The thread @tjoseph1 is a good resource. There's also this one that can come in handy: https://community.onion.io/topic/4196/faq-how-can-i-control-which-network-interface-is-used-for-network-traffic-like-use-wifi-in-some-cases-but-ethernet-in-others

Hi crispyoz, one of onion omega developer(Lazar Demin) said below reasons Hi Nagarjuna, Since SPI flash cannot be easily connected and disconnected like USB storage or SD cards, the Linux kernel does not support automatic detection of SPI flash devices or partitions on the devices. Instead, the SPI flash must be defined in the Kernel Device Tree. See how the Omega's internal flash device and partitions are defined in the device tree specification (DTS) here: https://github.com/OnionIoT/source/blob/openwrt-18.06/target/linux/ramips/dts/OMEGA2.dtsi#L103 To support an external flash, you'll need to: Add the SPI flash & it's partitions to the DTS build a new firmware with the modified DTS. I have verified it clearly. but I am worrying about onion guys are saying(Onion Corporation is not responsible for any damage to your device caused by using custom firmware or packages not built and released by Onion Corporation). can you please help me sir how to add SPI code in custom firmware for detection of external SPI bus device.

Hi Everyone. A solution to this problem has been posted here in this other thread: http://community.onion.io/topic/3084/can-t-access-my-onion-omega2-over-wifi -- Yvan

Before going through the hassle of a factory reset and starting again there is another quick and simple way to get your wifi working: https://docs.onion.io/omega2-docs/first-time-setup-command-line.html Running the console after that is quite a bit faster

@Juan-Marcelo-Arteaga Which config? Can you share the path(s)/contents of the file(s) affected?

@Ilya-Mordasov There is no Vdd25 pin in Omega2.

@Lazar-Demin I've performed the surgery twice and getting proficient at it. Thought I'd ask.

@Matt-Ogborne I wonder if issues you may be having with pasting into the Console Text Editor (it appears you can't "paste" in from an external source) may be related to issues with your OS and/or browser. I am using Windows 10 and Firefox browser and can copy text from a document under a completely separate program and paste it in Console Text Editor. I cannot however copy a file from From File Explorer and then paste it - but that doesn't really surprise me.

Great, Congratulation !

@Leonard-Stroman Ok, now that you know the values your Servos expect, you can start to create a script to control the servos. Familiarize yourself with Python and then check out the PWM Expansion Library wiki, specifically, the sections on the Python module. The wiki contains some example good which should be enough to get you started. Feel free to reach out here if you get stuck.

@Marco-Zuggal You can see this for a pinout diagram. You can wedge a wire into the connector with another expansion or connect up without a dock: https://community.onion.io/topic/260/pinouts-for-omega-docks-and-expansions/3

@Peter-Harrald said: This question might be silly but I am sure I'm not the only one who wants to get sure before destroying something I'd like to use the relay expansion to switch on/off a light bulb (for testing purposes). Therefore I would cut the electricity cable of a lamp into two and put the ends in the two sockets of a relay on the expansion. Is the relay expansion designed to handle this amount of power (230V, 50Hz)? Is there anything I need to know to take care of before I start? Thank you! This is a very good question. And the answer is that most relay expansion boards are not designed so that they safely can be connected to the mains voltage without causing a safety hazard that could result in electric shock or a fire. The reason in most cases is that the circuit board is made with too short distances between low voltage parts and mains voltage traces. To save money, most of the relay boards use relays that were never intended for this type of use. The relay may have been designed to be used where the low voltage circuitry is grounded, so that if a connection between live wiring and the circuitry that controls the coil, the low voltage circuitry would not end up at a hazardous voltage. But with micro controllers for hobby use it is most of the time so that the circuitry is not connected to ground, and even if it was (through USB cable ground) the ground connection is not strong enough that it will be safe. So the relay boards that are going to be used for controlling mains voltage will look different. there will be large distances between AC power traces and the rest of the circuitry. THe relays will be different and a bit larger, with much longer creepage distances and with coil pins far away from power pins. Still, most relay board manufacturers list the characteristics of the relay, not understanding that the circit board design must meet electical safety requirments to be safe. They invite users to connect the relay board to the mains voltage but their product is unsafe. Another thing to remember is that there must be a fuse in series with the load, and the fuse rating must be low enough that if there is an overload the fuse will open before the circuit board traces or the relay contacts are damaged. A relay with 2A contacts, I would use max 1.5A fuse. The mains outlet may have 10A or even higher rating.