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From some website on google searchand from Mesa manualsNot the same thing, but close enough.

you are probing in lathe? what probe routines are you using? i don't think i ever defined any probing routines in lathe so is ti possible that the touchprobe isn't defined somewhere as per the subroutines requirement?

ooh you're right.. typo..doh sorry about that!! ficing and will be in latest push in a little while

vom Terminal

24 Volt Netzteil

From memory the arduino is connected via a USB serial port so it’s very limited.

If you are looking at small form factor x86 based boards the Odroid h4 is probably worth a look. I’ve been using a h2 for years now, one of the good things about it is the dual Ethernet ports.

Hallo,
vielen Dank für die ausfühliche Erklärung. Sorrý wenn ich das nochmal hier auf mache, aber ich hänge da genauso. 
Die abkürzung mit "net machine- is-on whb.halui.machine- is-on" funktioniert bei mir nicht. 

Hab es bei mir soweit in der Handrad.hal angepasst: (Netzname, Eingang, Ausgang)
Dennoch die Fehlermeldung mit der doppelten Verknüpfung. Hab auch schon verschiedene Varianten durch, bleibt unverändert.

Machine.hal sieht wie folgt aus:
Da kommt dann noch die ganzen select und homed Netzweke hinzu, die zicken machen. 
Wenn man die Handrad Pins in der Machine.hal ergänzt und in der Handrad.hal raus nimmt werden diese nicht gefunden. 
Viellecht hast du mir ein Ansatz was ich da falsch mache. 
 

MrDe I don't have NVEM V5 but i guess this config here is for it: github.com/scottalford75/Remora-RT1052-c...xCNC/nvem-rt1052.txt
Just make sure you have RT1052 version.

Hi guys,
I  am new in here.I  want to install cnclinux, but  linuxcnc 2.9.3 debian  does not find my harddisk.
I looked at old ıssue ,ı change  from ıde to ACHI , but it does not find  harddisk that is ntfs format
What  am I making  at now ? 

Hi resmond,

Thank you for the summary of your interactions with the Pi 5 world and its parallels. It sounds like a win.

Hi cornholio,

GitHub/LinuxCNC certainly has a lot going on including "issues". Let me ask some questions there about helping.

Thanks,
Tom

MrDe wrote:

1. Connect all the V+ pins of the stepper drivers to the Common pin of the EC500.
2. Then, connect each signal (Step & Dir) from the EC500 to the negative pins of the drivers.
   
   If your current setup is already configured like that, try reversing the connections, i.e., connect the V+ pins to the negative pin of the EC500, and the signal pins (Step & Dir) to the Common pin.
   
   This adjustment worked for me in the past, so hopefully, it will resolve the issue for you. Let me know if this helps!
   

IT'S  A L I V E !!!
Thank you! I had everything at least triple checked. I've never would have thought to reverse polarity on the signals. Actually, common sense tells me to watch polarity very carefully, to contain the magic smoke where it belongs.

 

Was die Latenz angeht, hilft dir evtl. auch das Video:

Now that I have my Pi 5 / Mesa 7i95T basically working (still re-reading Docs and tweaking ini/hal configs) I do like it and don't regret starting with it.

I faced the most challenges from the following:

• Very rusty on Linux distro's, package managers and Kernel versions
• The Docs, Form and Wiki are AWESOME but it's often a challenge to remember where something was documents to find and re-read the details once I hit a problem.  (Fortunately Google search will usually find Forum threads for error outputs.
• Since the Pi4/5 are ARM based its more challenging to find Deb packages and APT sources for certain things.
• I always started with the LinuxCNC Debian imaging for all my builds - then would screw it up from there.

I am planning to build up an Intel platform machine next to smooth out some of the ARM related challenges.  If I had it to do over I would have chosen Intel.

Here are a few of the options I'm looking at and I've used other boards for other projects.

LattePanda Mu ($105 on sale)
    A Micro x86 Compute Module (N100 CPU,8GB RAM,64GB eMMC)
     On DfRobot

Lite Carrier Board for LattePanda Mu Compute Module ($39)
(USB 3.0, Ethernet, PCIe 3.0, M.2 M key, HDMI)
     On DfRobot

The carrier has two PCIe slots (1x/3x) but most people will need to add wifi Intel M.2 Wifi ($19)
     On Amazon

So that's around $170 plus shipping then you have to choose a DC supply and this one is really fast if that matters.

LattePanda 2 Delta 432
A Pocket-sized Powerful Windows/Linux Single Board Computer (4GB RAM/32GB eMMC)
     On DfRobot

M.2 PCIe card riser ($30)  On Amazon
This one comes with WiFi so it just needs power. It has less memory than the Mu and needs the riser to plug in full sized PCIe cards but it comes with a fan.

LattePanda V1 (~160 on sale) On DfRobot
The Smallest Windows 10 Single Board Computer (Unactivated, 4GB/64GB)
Both the V1 and Delta 432 come with a built in Arduino with standard HAT connections but since this one does not have a PCIe compatible M.2 using PCI Mesa cards would be out. It would be Ethernet only.

I think it would be facinating to see what the built in Arduino might make possible for controlling odds and ends using the HAT boards.

 

Also sometimes users want something that doesn’t work within Linuxcnc’s model.
Mostly this will boil down to USB motion cards, usually ones the Mach supports and using Linuxcnc to send gcode to an external board. Most are accepting this is not supported and not in the pipe line, once every often someone will spit the dummy and throw all their toys out of the pram.
For other support channels you may want to jump over to the Linuxcnc homepage and see what the other options are and links to said options.

Shiny!