Where's the Duet Wifi 3?
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@dc42 : The original question of this thread remains. Will there be a Duet Wifi successor (or a new HW revision) in the future?
Or is the Duet 3 mini supposed to be the Duet Wifi's replacement?
I mean the board is fine as is (ie I/O, Drivers), only the wifi sucks a bit (unless you mod it and add an external antenna). So a new version with built-in antenna and maybe a better CPU (ie more RAM) would be awesome. -
@whosrdaddy said in Where's the Duet Wifi 3?:
@dc42 : The original question of this thread remains. Will there be a Duet Wifi successor (or a new HW revision) in the future?
Or is the Duet 3 mini supposed to be the Duet Wifi's replacement?
I mean the board is fine as is (ie I/O, Drivers), only the wifi sucks a bit (unless you mod it and add an external antenna). So a new version with built-in antenna and maybe a better CPU (ie more RAM) would be awesome.We intend the Duet 3 Mini WiFi to be the successor to the Duet WiFi. It is better than the original Duet WiFi in almost every respect, yet it costs less. See https://duet3d.dozuki.com/Wiki/The_Duet_family_of_motion_control_electronics for a comparison.
Duet WiFi hardware designer and firmware engineer
Please do not ask me for Duet support via PM or email, use the forum
http://www.escher3d.com, https://miscsolutions.wordpress.com -
@dc42 but we need Duet3 6hc with WIFI for cnc use case! duet 2 wifi or duet 3 mini+ will still remain main choice for 3d printers!
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@weed2all said in Where's the Duet Wifi 3?:
@dc42 but we need Duet3 6hc with WIFI for cnc use case!
No, you don't. Really, you think you want Wifi, but you don't.
I have seen countless of issues with USB/WiFi and CNC machines. Mostly that is due to less than stellar wiring and insufficient use of supply filters in front of the frequency inverter or brushed universal spindle motor, but that is often the way it is and only a good electrical engineer is able to slay those gremlins. I know how to do it, I tried using an USB Pokeys57 for my lathe control panel, worked fine until the spindle servo starts to deliver more than a few Watts of mechanical output power, and no shielding, supply filtering or CM-choking the USB could stop that. Switched to Ethernet, never had a single issue since.
Second problem: if the Wifi connection drops, the CNC keeps doing it's thing, including the spindle. And you will encounter the mill pulling the workpiece out of it's clamps or simply loading up. Try to stop it using the normal interface, realise it won't work, hitting the (hardware) emergency stop, and that is 5 seconds wasted. I had a big dent in my garage door due to those precious seconds. There is a lot of energy in even a few grams of material spinning at 10000+rpm.
At least you want a very reliable stop and feed-% knob; the last one saved more endmills and workpieces than any other knob or button on my machine. Ethernet is a very reliable data transport mechanism with a robust physical layer, it's failure rate is so low you could consider that 'never', and latency is low too. USB and WiFi are not that reliable, not even close.
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@DaBit i understand all the cons for wifi...though where I have my cnc is hard to get an ethernet cable...the main reason for a duet 3 6Hc is this.. though I can buy a ethernet powerline and have the duet 3 connected to that but is not the same thing...
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Ok...since the duet3 6hc wifi discussion with all people putting all sorts of cons for a wifi version.. I decided to buy the indicated ethernet wifi bridge to be able to run my duet 3 6hc cnc out of my wifi network in standalone mode!
I bought the
TP-Link TL-WR802N Nano Router N300 Wi-Fi
And will arrive today! -
@weed2all said in Where's the Duet Wifi 3?:
TL-WR802N
if you have a bit of linux experience and some time i would strongly suggest to install openwrt on it.
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@Veti I'll take a look at it!thank you!
