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Hello
I'm having a real hard time making my computer as an EtherCAT master in RTE program.
I have a motherboard by ASUS type P5QPL-AM. I followed all the insrtuctions that appear in the RTE manual section 4.2.1
I've disabled all I can in the BIOS but i was told by ASUS that a self check of the BIOS is automatic and cannot be disabled.
Anything else I can check or do?
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hi,
then next check how accurate your pc act after performing these changes.
First I would propose to check how stable the cpu clock is now.
Therefor a useful tool is cpuz. (find it with google)
As result of that you must have a stable clock of the cpu (if not speedstep whatever seems to be active -> bios)
Then:
check jitter in the task configuration.
Then use ethercat and distributed clocks, should work now.
cu
Edwin
If you would like to refer to this comment somewhere else in this project, copy and paste the following link:
Hello
I'm having a real hard time making my computer as an EtherCAT master in RTE program.
I have a motherboard by ASUS type P5QPL-AM. I followed all the insrtuctions that appear in the RTE manual section 4.2.1
I've disabled all I can in the BIOS but i was told by ASUS that a self check of the BIOS is automatic and cannot be disabled.
Anything else I can check or do?
hi,
then next check how accurate your pc act after performing these changes.
First I would propose to check how stable the cpu clock is now.
Therefor a useful tool is cpuz. (find it with google)
As result of that you must have a stable clock of the cpu (if not speedstep whatever seems to be active -> bios)
Then:
check jitter in the task configuration.
Then use ethercat and distributed clocks, should work now.
cu
Edwin