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Lathe with Step/dir spindle.

Your picture above, you have to 99 listed as probe tool. But no tool loaded in software. Shows 0 as being the loaded tool.

usually you would have the files in your config folder but the main thing is that they can be found where the file paths in the ini file point to, so don't forget to add the [PYTHON] section and contents to your ini file and set the appropriate paths.
See the sim configs for how to set things up.

sweet

and for the host interface USB?
this will not really work
LinuxCNC is a little bit different to other controller like GRBL,
you need a realtime loop between board and host and this will only work with Ethernet/Ethercat/SPI(raspberry) or LPT., not with USB or UART.

If you need almost ready to use Gateware/Drivers for your board, you can look at:

github.com/multigcs/riocore/
(github.com/multigcs/riocore/blob/dev/doc/BOARDS.md)

this is a gateware generator and all the FPGA stuff is written in verilog,
but it use W5500 UDP interface or SPI.
There is also an UART/USB plugin, but only for testing, not for realtime use.

you can take a look on my youtube channel, there are many videos with different FPGA's running RIO:
www.youtube.com/@unixconf/

but i can understand if you prefer to write your own software, it's also fun

Sorry
Power 5 W

Thank you for the help. I am going to use EP4CE10E22, Verilog, and it will be open source project.
Board parameters:
Dimensions 67x76x20 mm
Weight 60g
Supply voltage 12-24V
Power 0.5 W
Opt. isolated inputs 24
Outputs: digital 16 (0.5A max)
analog 2 (0-10V)
JTAG, USB

okay thanks ...

If I want to fanuc style tool offsets .. I will do remapchange tool tablethen allow the wear offsets
all other files have to be in the same folder too?

I want to move from 2.8.4 to 2.9.4 and I am searching for updates which should improve my life

thanks

When LinuxCNC sends a command to the frequency controller via Modbus RS485, the G-code "freezes" or stops executing commands

unknown wrote:

And unless you disable SPI you can not use the SPI pins for GPIO in linuxcnc
 

This is the problem that I could not see.
Thanks for everything.
In my configuration I have used GPIO7 and GPIO8 as I/O .
After disabling the spi, I solved the problem....

I find it very assuring. No seller seems to think quoting any opertating voltage would be a clever idea.

If those basics are not covered I tend to stay away from offers.

p.s. The NEMA23 only refers to the frame size (mount hole pattern) the electrical specification is totally independent from that.
Voltages, current and how fast you need to run your motor are more important. 

can you share your full config?

does it work now?

youtube.com/shorts/vI0LGnGjhmI?si=QLHawiX2xE67YjWh

youtube.com/shorts/FzLijBCwhX8?si=wHB4NtbOI7QP0iu-

Here's 2 clips, one "gravel mode" and one right after restarting linuxcnc running smooth.

Basically you can make an FPGA design that uses a Spartan 6 and use the mesa hostmot2 firmware. No need to develop fpga code or write a new driver.

Here's an example
github.com/ozzyrob/Linuxcnc-FPGA