C
Chris
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Do any programs exist which can analyze VHDL code and predict any problems
with metastability?
with metastability?
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Do any programs exist which can analyze VHDL code and predict any problems
with metastability?
Novas' nLint comes to mind. It checks whether registers in differentDo any programs exist which can analyze VHDL code and predict any problems
with metastability?
@HDL also provides a similar product."Chris" <Chris@nospam.com> writes:
Do any programs exist which can analyze VHDL code and predict any problems
with metastability?
Novas' nLint comes to mind. It checks whether registers in different
clock domains are connected back-to-back and reports a violation if it
could find any of the common synchronizer structures. You can also
tell it about your own synchronizer modules, which will then be looked
for. That's to cover the most common case.
could notNovas' nLint comes to mind. It checks whether registers in different
clock domains are connected back-to-back and reports a violation if it
could find any of the common synchronizer structures.
^^^^^
Guess you should be a bit more specific on what you mean ...Do any programs exist which can analyze VHDL code and predict any problems
with metastability?