DXF DESIGN & PROJECT PICTURE SHARING FORUMS.
↳ Contributing Membership Registration or Renewal. WELCOME CENTER, GOOD INFO & MEET OUR SPONSORS. To test the jitter, open up / or start a terminal (in windows think dos / command prompt) and type or copy and paste I am running at about 32,000 stable.įor Mesa hardware, the base thread is not required as the Mesa does all of the fast stepping and synchronised motion (heavy lifting / precision motion) internally. Then try the LIVE boot option to see what your latency is and if you can improve it by toggling settings in the bios to turn off things such asįor Mesa hardware a servo thread with jitter under 100,000 is recommended, target under 50,000. 
Reboot the pc (you may have to go into the bios, try tapping DEL / F2 / F10 and change the boot order to boot from usb first) The recommended (read easiest) route to testing and installing linuxcnc is to get a usb memory stick, download the bootable linuxcnc iso from here:Īnd copy linuxcnc to the usb memory stick In my opinion (read Thought!) linuxcnc would operate better with a pc with more actual cores, hence I looked at a 4 core i5 8350u fanless, which has 4x cores, each running at 1.7ghz, similar to this (not quite the same)
0 kommentar(er)
