There’s no video output, but that will hardly scare off the veteran penguin wrangler. For just $20 USD you get a palm-sized Linux computer with WiFi, Ethernet, a micro SD slot, and a pair of USB ports all wrapped up in a fairly rugged enclosure. That being said, the hardware itself seems pretty interesting.
At best it’ll save you a few dollars compared to going the DIY route, but at the cost of missing out on the vibrant community of plugin developers that have helped establish OctoPrint as the defacto remote 3D printing solution. Despite what Creality might want you to believe, their product is little more than a poor imitation of this incredible open source project.Įven if you manage to get it working with your printer, which judging by early indications is a pretty big if, it won’t give you anywhere near the same experience. If you’re looking to control your 3D printer over the network, get yourself a Raspberry Pi and install Gina Häußge’s phenomenal OctoPrint on it. Naturally I had to order one so we could take a peek, but this is certainly not a product review. This capture can be viewed live from Wireshark running in Monitor Mode.Creality, makers of the Ender series of 3D printers, have released a product called Wi-Fi Box meant to cheaply add network control to your printer. In the example below, channel 1 is being monitored: Notice above that when running ` airmon-ng start wlan0` this time, it didn't say that there were any conflicting processes.įinally, specify the channel to monitor on by using ` airodump-ng mon0 -channel `. This is done by running ` airmon-ng start wlan0` again: … and recreate it now that there aren’t any interfering processes. Kill the mon0 interface using ` airmon-ng stop mon0`.: Now that those processes have been killed, start the process over.
If/when airmon-ng indicates that there are interfering processes, find the processes and kill them by typing ` kill `: When running this command, a message may appear that indicates processes that “could cause trouble”: If monitoring another interface, replace 'wlan0' with the desired interface name. In order to set an interface to Monitor Mode (usually wlan0), run ` airmon-ng start wlan0`. Find out which wireless interfaces are available by running the `iwconfig` command in a terminal:
0 kommentar(er)
