I have had a lot of requests for this; so here is a new oneBash and modded switch file which implement full integration of SALFTER_NICEHASH_PROFIT_SWITCHING
see the OP for links:
Replace your current oneBash with the new one.
extract switch and move it to the:
directory
(the one which opens when you click the Files icon on the left)
configure the following in oneBash
remember to thank salfter if you use this
see the OP for links:
Replace your current oneBash with the new one.
extract switch and move it to the:
Code:
/home/m1
directory
(the one which opens when you click the Files icon on the left)
configure the following in oneBash
Code:
SALFTER_NICEHASH_PROFIT_SWITCHING="YES"
# LOCAL will attach the mining process to the guake terminal
# REMOTE will leave it unattached / ready for SSH
LOCALorREMOTE="LOCAL" # LOCAL or REMOTE
CURRENCY=USD
POWER_COST=0.10
MINIMUM_PROFIT=0.0
# this is salfters BTC address:
PAYMENT_ADDRESS=1TipsGocnz2N5qgAm9f7JLrsMqkb3oXe2
WORKER_NAME=nv$IP_AS_WORKER
daggerhashimoto_POWERLIMIT_WATTS=125
__daggerhashimoto_CORE_OVERCLOCK=100
daggerhashimoto_MEMORY_OVERCLOCK=100
_______daggerhashimoto_FAN_SPEED=75
equihash_POWERLIMIT_WATTS=125
__equihash_CORE_OVERCLOCK=100
equihash_MEMORY_OVERCLOCK=100
_______equihash_FAN_SPEED=75
neoscrypt_POWERLIMIT_WATTS=125
__neoscrypt_CORE_OVERCLOCK=100
neoscrypt_MEMORY_OVERCLOCK=100
_______neoscrypt_FAN_SPEED=75
lyra2rev2_POWERLIMIT_WATTS=125
__lyra2rev2_CORE_OVERCLOCK=100
lyra2rev2_MEMORY_OVERCLOCK=100
_______lyra2rev2_FAN_SPEED=75
lbry_POWERLIMIT_WATTS=125
__lbry_CORE_OVERCLOCK=100
lbry_MEMORY_OVERCLOCK=100
_______lbry_FAN_SPEED=75
pascal_POWERLIMIT_WATTS=125
__pascal_CORE_OVERCLOCK=100
pascal_MEMORY_OVERCLOCK=100
_______pascal_FAN_SPEED=75
# LOCAL will attach the mining process to the guake terminal
# REMOTE will leave it unattached / ready for SSH
LOCALorREMOTE="LOCAL" # LOCAL or REMOTE
CURRENCY=USD
POWER_COST=0.10
MINIMUM_PROFIT=0.0
# this is salfters BTC address:
PAYMENT_ADDRESS=1TipsGocnz2N5qgAm9f7JLrsMqkb3oXe2
WORKER_NAME=nv$IP_AS_WORKER
daggerhashimoto_POWERLIMIT_WATTS=125
__daggerhashimoto_CORE_OVERCLOCK=100
daggerhashimoto_MEMORY_OVERCLOCK=100
_______daggerhashimoto_FAN_SPEED=75
equihash_POWERLIMIT_WATTS=125
__equihash_CORE_OVERCLOCK=100
equihash_MEMORY_OVERCLOCK=100
_______equihash_FAN_SPEED=75
neoscrypt_POWERLIMIT_WATTS=125
__neoscrypt_CORE_OVERCLOCK=100
neoscrypt_MEMORY_OVERCLOCK=100
_______neoscrypt_FAN_SPEED=75
lyra2rev2_POWERLIMIT_WATTS=125
__lyra2rev2_CORE_OVERCLOCK=100
lyra2rev2_MEMORY_OVERCLOCK=100
_______lyra2rev2_FAN_SPEED=75
lbry_POWERLIMIT_WATTS=125
__lbry_CORE_OVERCLOCK=100
lbry_MEMORY_OVERCLOCK=100
_______lbry_FAN_SPEED=75
pascal_POWERLIMIT_WATTS=125
__pascal_CORE_OVERCLOCK=100
pascal_MEMORY_OVERCLOCK=100
_______pascal_FAN_SPEED=75
remember to thank salfter if you use this
i havent been on in awhile to see if this question has been asked but
how do we set individual limits with this
i dont want my 1060s running the same as a 1080ti in the same system
any help would be nice thanks
It doesn't currently support individual powerlimits.
salfter set this up as its own module; that being the case: it would be easiest if he added an individual powerlimit implementation to the switch file.