ilikefredy
Enthusiast
Hello person!
I am struggling to get consistent boot time with my current setup and was seeking some advice. Got a Matrix V3 (no oscillator) in a Trinity. Using the RGH2 + CR4 method with the top left two SLIM points bridged. I would say that around 60% of my boots are decent >5 cycles of the Matrix chip. This has not changed significantly when I have altered the following:
Longer & Shorter renditions of the RST wire (point A on the Matrix chip).
Different timing files (Only one that boots is the 7-1 timing file).
Tried both 30 gauge and 26 gauge wire for the RST and POST points (all other points are using 30 gauge).
Tried wrapping the RST wire around the X-clamp 1-3 times.
I am at a loss here; the census seems to be that the Matrix Muffin installs provide great boot times, but this is my 4th trinity using this method and have had the same issue on all of them… Inconsistency. Any advice, tips, or suggestions would make my day!
Cheers!
I am struggling to get consistent boot time with my current setup and was seeking some advice. Got a Matrix V3 (no oscillator) in a Trinity. Using the RGH2 + CR4 method with the top left two SLIM points bridged. I would say that around 60% of my boots are decent >5 cycles of the Matrix chip. This has not changed significantly when I have altered the following:
Longer & Shorter renditions of the RST wire (point A on the Matrix chip).
Different timing files (Only one that boots is the 7-1 timing file).
Tried both 30 gauge and 26 gauge wire for the RST and POST points (all other points are using 30 gauge).
Tried wrapping the RST wire around the X-clamp 1-3 times.
I am at a loss here; the census seems to be that the Matrix Muffin installs provide great boot times, but this is my 4th trinity using this method and have had the same issue on all of them… Inconsistency. Any advice, tips, or suggestions would make my day!
Cheers!