I didn't know that would break it. One of the machines did come with 0.0.0.0 though and I figured I'd keep all the same settings to make things easier, boy was I wrong. Had 6+ hours of frustrations!
Thank you guys so much for all the help. I really do appreciate it!
Special thanks to you Dave, you've been great through all of this.
I will def do another GB with you, and I promise to give you less hassle next time
On a side note.... anyone know how to SSH into this unit? What port does it use? And whats the user/pass? root/root?
I just want to access CGMiner to view it.
I think you just putty the IP
Here's some info on whats inside
Turn it off, then on again.
SSH into the pi
Locate the CGminer folder
Create a .sh , name it to whatever you want (nano Overclock.sh <-- just a example)
Add:
Code:
sudo ./cgminer -o "1" -u 2 -p bac --no-submit-stale --tempCut 70 --real-quiet --queue 1 --cs 9 --stmcu 0 --diff 5 --api-listen --api-network --A1Pll 800
1: Keep the ", add pool adress
2: Wallet or Username, depends on which pool you use
800: Default clocksetting, you can push it to 850Mhz but no more.
Save the file
Now you need to install screen for the pi, to keep the resource running even when you logout of the pi.
Code:
sudo apt-get install screen
screen bash
Now you´re in screen
Locate the CGminer folder
Now you need to run the .sh
Code:
sh Whateveryounamedthefileas.sh
Press CTRL + A + D to close screen
You´re still connected to the pi via SSH.
Code:
Logout
Now you´re not connected to the pi anymore and your Dragon is running the chips in overclocked mode.
Don´t connect to the web frontend! (If you do, you need to start over from step 1 again)
Check your hash status via the pool.
IMPORTANT:
If you got the 32 chip version it´s already clocked to 900Mhz (Instead of more chips they used a little more expensive components to handle the over clock, but saved a bunch of money since the A1 is more expensive). DO NOT EVEN TRY TO OVERCLOCK. Add blades instead.
If you got the 40 chip version you can push it to 850Mhz as long as the unit is in a cold room. The 850Mhz setting makes the Dragon pull 1000-1100 watt, so don´t expect the stock PSU to survive to long (unless you got the 2x650w psu version) but should give you 50-100Ghz more to play with.
If you turn off the unit or experience power outtake, just start screen on the pi and run the .sh again and you´re back on over clocked chips again.
Say thank you and send me a beer here: 1Nm46UJo57NAuwA9XdAoaYQpUk4Phg2Ueu
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