The project recommends a fresh install. In-place upgrades from 2.8 or 2.9 are possible but may require HAL migration scripts.
Previous versions required a full X11 desktop session running on the local monitor. Want to control your machine remotely from a laptop? You had to hack together x11vnc , which was slow and unreliable. linuxcnc 2.10
The most visible change in 2.10 is the shift away from the old AXIS interface. While AXIS (Tk/Tcl) is still available, the new standard is the framework. This is a modern, GPU-accelerated interface built on Python and Qt5. The project recommends a fresh install
If you are upgrading an existing machine, caution is advised. Because the underlying OS (Debian) has changed significantly from the Buster/Bullseye base of 2.8, a simple apt-get upgrade is usually not possible or recommended. A fresh install is Want to control your machine remotely from a laptop
"My steppers are noisier than before." Solution: Check your BASE_PERIOD and SERVO_PERIOD in the INI. 2.10 is stricter about timing. Run latency-plot to find optimal values.
The project recommends a fresh install. In-place upgrades from 2.8 or 2.9 are possible but may require HAL migration scripts.
Previous versions required a full X11 desktop session running on the local monitor. Want to control your machine remotely from a laptop? You had to hack together x11vnc , which was slow and unreliable.
The most visible change in 2.10 is the shift away from the old AXIS interface. While AXIS (Tk/Tcl) is still available, the new standard is the framework. This is a modern, GPU-accelerated interface built on Python and Qt5.
If you are upgrading an existing machine, caution is advised. Because the underlying OS (Debian) has changed significantly from the Buster/Bullseye base of 2.8, a simple apt-get upgrade is usually not possible or recommended. A fresh install is
"My steppers are noisier than before." Solution: Check your BASE_PERIOD and SERVO_PERIOD in the INI. 2.10 is stricter about timing. Run latency-plot to find optimal values.