I'm afraid I need some help with profitability normalization. I'm running several 750ti cards. Since the normalization rates at zpool are based on AMD, it doesn't make sense for me to use them. What nVidia miners out there use for factors, based on the hashrate for the various algorithms? I can't seem to figure out how to calculate these values.
Simple. look a few pages back for my posted batch. You will see the normalization factors I created. They directly correlate to hashrate at the level of profitability that the particular algo is paid at. You find the details in the profitability preview at the upper right of zpool: *** values in mBTC/Mh/day (mBTC/Gh/day for sha256 and blake algos)
So:
If your machine does 500Kh of SCRYPT; and since scrypt is measured in Mh, then its going to be 0.5Mh or scrypt=0.5
If your machine does 1.5Gh of DECRED; and since decred is measured in Gh; then its going to be 1.5Gh or decred=1.5
If your machine does 11.5Mh if LYRA2V2; and since lyra2v2 is measured in Mh; then its going to be 11.5Mh or lyra2v2=11.5
If your machine does 110Kh of ARGON2; and since argon2 is measured in Mh; then its going to be 0.110 or argon2=0.110
This way they are all balanced to the scale they are paid on; and thus; balanced to each other.
We normalized a machine with 2x 750Ti's in SF recently; Ill try and post that batch when I head back to the City again. But its worth notice a 750Ti is about half the computing power of a GTX980.
That is simple, isn't it... Thank you for pointing out the obvious to me.
The 980 has 3x the hashing power then the 750ti.
And one should use there true hashrates like below because nobody has your true hashrates and they represent your numbers.
And I'm looking forward to see the nvidia numbers for the pool because then I can tweak my numbers.
And those hashrates are lower because I use the -i setting on one card so I can use this computer.
:start
:loop
ccminer.exe -r 0 -a quark -o stratum+tcp://mine.zpool.ca:4033 -u wallet -p x11=9.3,quark=19,lyra2v2=14.4,neoscrypt=0.555,qubit=13.9,x13=7.5,x15=6.4 -d 0,1,2 -i 0,18,0
timeout /t 1
ccminer.exe -r 0 -a lyra2v2 -o stratum+tcp://mine.zpool.ca:4533 -u wallet -p x11=9.3,quark=19,lyra2v2=14.4,neoscrypt=0.555,qubit=13.9,x13=7.5,x15=6.4 -d 0,1,2 -i 0,14,0
timeout /t 1
ccminer.exe -r 0 -a neoscrypt -o stratum+tcp://mine.zpool.ca:4233 -u wallet -p x11=9.3,quark=19,lyra2v2=14.4,neoscrypt=0.555,qubit=13.9,x13=7.5,x15=6.4 -d 0,1,2 -i 0,13,0
timeout /t 1
ccminer.exe -r 0 -a qubit -o stratum+tcp://mine.zpool.ca:4733 -u wallet -p x11=9.3,quark=19,lyra2v2=14.4,neoscrypt=0.555,qubit=13.9,x13=7.5,x15=6.4 -d 0,1,2 -i 16
timeout /t 1
ccminer.exe -r 0 -a x11 -o stratum+tcp://mine.zpool.ca:3533 -u wallet -p x11=9.3,quark=19,lyra2v2=14.4,neoscrypt=0.555,qubit=13.9,x13=7.5,x15=6.4 -d 0,1,2 -i 0,14,0
timeout /t 1
ccminer.exe -r 0 -a x13 -o stratum+tcp://mine.zpool.ca:3633 -u wallet -p x11=9.3,quark=19,lyra2v2=14.4,neoscrypt=0.555,qubit=13.9,x13=7.5,x15=6.4 -d 0,1,2 -i 0,14,0
timeout /t 1
ccminer.exe -r 0 -a x15 -o stratum+tcp://mine.zpool.ca:3733 -u wallet -p x11=9.3,quark=19,lyra2v2=14.4,neoscrypt=0.555,qubit=13.9,x13=7.5,x15=6.4 -d 0,1,2 -i 0,14,0
timeout /t 1
taskkill -t -f /im ccminer.exe
goto start
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Now the pool auto difficulty adjustment isn't working on my one rig with high hash power and multiple hashate cards on lyra2v2. But works on my other rig with low hashrate.
