Quote

Bash script is here. Keep the original clock setting on line 61 and paste the script in beginning on the next line (line 62):

https://bitcointalk.org/index.php?topic=313978.msg4432410#msg4432410

That script is for a 4 module, 4 VRM machine and assumes you modules are plugged in 0 through 3 connectors on the controller board. Change to your setup. Also, you need to add or subtract the number of module IF statements based on your machine. Mine is a Jupiter+2, so I added 2 additional statements for modules 4 and 5 that are plugged into the controller board.

The 4 die clock settings within each module IF statement assumes 4 VRM. If you have 8 VRMs, add 4 more within each IF statement.

1. Not sure about the diffs in Bertmod versions.
2. I haven't touched Advanced Tuning because I also have no idea what I'm doing there

3. My procedure is the same as yours but you forgot /etc/init.d/cgminer.sh restart after :wq the changes. Don't reboot the machine or you'll lose your changes. Also applying changes at Advanced Tuning wipes changes to cgminer.sh. There's instructions in this thread to make your custom cgminer.sh persist on reboot, but I haven't done it.

I currently get around 920GH/s on a Jupiter+2.

Thank you very much j03. I'm not clear on exactly what to modify in the bash script for an October Saturn, but I'm getting there.

KNC gui shows ASIC slot #3 and ASIC slot #4 are used. I assume this is 3 and 4 on the control board? There are two free spots to the left and two to the right.

---------------beagleboard side----------------------
plug plug plug plug plug plug
{FREE} {FREE} {USED} {USED} {FREE} {FREE}
   | |
   | |
   | |
   | |
   [ASIC] [ASIC]
   4 dies 4 dies
---------------ASIC/FAN side-----------------------

How do you count these spots for the script?

EDIT: I'm thinking it's [ $p -eq 2 ] and [ $p -eq 3 ] based on counting from zero?