Some vintage RX series OC settings

If the below settings are not stable for you; please tweak them and get it to stable; because every card is different even from same manufacturer/model etc.

In Linux Memory clock can be doubled compared to Windows.
for eg; +1700 memory clock on Linux is equivalent to +850 on windows
Power Limit on Linux is watts but in windows it is %.

Note : Please read the above and make sure you pick the right OS settings for your RIG.

Model	Memory	Coin	Algorithm	Operating System	Driver	Miner (Ver)	i/DCRi	Core Clock	Memory Clock	Power Limits	Hash Rate
MSI R9 270	NP	ZEN	Equihash	Windows 7	15.12	Claymore (12.4)	NA	955	1500	NP	182 Sols/s
MSI R9 270	NP	DCR	Decred	Windows 7	15.12	Sgminer	NP	955	1500	NP	0.587 GH/s
MSI R9 270	NP	XMR	Cryptonight	Windows 7	15.12	Claymore (9.7)	NP	955	1500	NP	367.83 H/s
MSI R9 270	NP	LBC	Lbry	Windows 7	15.12	Sgminer	NP	955	1500	NP	36.8 MH/s
MSI	NP	PASC	Pascal	Windows 7	15.12	Sgminer	NP	955	1500	NP	0.325 GH/s
MSI R9 270	NP	SIB	X11Gost	Windows 7	15.12	Sgminer	NP	955	1500	NP	1.3 MH/s
GIGABYTE R9 390	NP	ETH	Ethash	Windows 7	15.12	Claymore (8.1)	NA	1160	1600	NP	32 MH/s
Asus Fury	HBM	ETH	Ethash	Windows 10	16.11	Claymore (8.1)	NA	1100	565	NP	30.4 MH/s

RX 580 OC Settings

If the below settings are not stable for you; please tweak them and get it to stable; because every card is different even from same manufacturer/model etc.

In Linux Memory clock can be doubled compared to Windows.
for eg; +1700 memory clock on Linux is equivalent to +850 on windows
Power Limit on Linux is watts but in windows it is %.

Note : Please read the above and make sure you pick the right OS settings for your RIG.

Model	Memory	Coin	Algorithm	Operating System	Driver	Miner (Ver)	i/DCRi	Core Clock	Memory Clock	Power Limits	Hash Rate
Sapphire RX580	Hynix	ETH+DCR	Ethash + X	Windows 10	16.11.5	Claymore (9.2)	NP	1150	2028	130w	29.2 MH/s + 730 MH/s
Sapphire RX580	Hynix	ETH+DCR	Ethash + X	Windows 10	16.11.5	Claymore (9.2)	NP	1150	2120	NA	29.6 MH/s + 700 MH/s
Gigabyte RX580	Samsung	ETH	Ethash	Windows 10	17.5.2	Claymore (9.2)	NA	1000	2000	NA	24.2 MH/s
Gigabyte RX580	Elpidia	ETH	Ethash	Windows 7	17.4.x	Claymore (9.2)	NA	1165	2000	NA	28.5 MH/s
MSI RX580	Samsung	ETH	Ethash	Windows 10	16.11	Claymore (9.5)	NA	1300	2160	150W	30 MH/s
Sapphire RX580	Elpida	ETH+SC	Ethash + X	Linux	17.10	Claymore (9.5)	NP	NP	NP	960W / 4	22.1 MH/s + 670 MH/s
Sapphire RX580	Elpida	ETH	Ethash	Linux	17.10	Claymore (9.5)	NA	NP	NP	800W / 4	22.2 MH/s
SapphireRX580	Elpida	ETH	Ethash	Linux	17.10	Claymore (9.5)	NA	NP	NP	570W / 4	27.2 MH/s
Sapphire RX580	Hynix	ETH	Ethash	Windows 10	17.4.x	Claymore (9.5)	NA	1460	2110	NA	29.8 MH/s
MSI RX580	Hynix	ETH	Ethash	Windows 10	17.5.x	Claymore (9.5)	NA	1150	2220	NA	30.2 MH/s

RX 570 OC Settings

If the below settings are not stable for you; please tweak them and get it to stable; because every card is different even from same manufacturer/model etc.

In Linux Memory clock can be doubled compared to Windows.
for eg; +1700 memory clock on Linux is equivalent to +850 on windows
Power Limit on Linux is watts but in windows it is %.

Note : Please read the above and make sure you pick the right OS settings for your RIG.

Model	Memory	Coin	Algorithm	Operating System	Driver	Miner (Ver)	i/DCRi	Core Clock	Memory Clock	Power Limits	Hash Rate
Gigabyte RX570	Hynix	ETH+SC	Ethash + X	Windows 10	17.4.x	Claymore (9.x)	NA	1125	2020	NA	29.1 MH/s + 400 MH/s
Sapphire RX570	Hynix	ETH+DCR	Ethash + X	Windows 10	16.11.5	Claymore (9.2)	NA	1150	2028	98w	28.5 MH/s + 700 MH/s
Sapphire RX570	Hynix	ETH+DCR	Ethash + X	Windows 10	16.11.6	Claymore (9.2)	NA	1150	2028	98w	28.8 MH/s + 720 MH/s
Sapphire RX570	Hynix	ETH+SC	Ethash + X	Windows 10	17.10	Claymore (9.3)	NA	1150	2090	99w	29.8 MH/s + 410 MH/s
MSI RX570	NP	ETH+SC	Ethash + X	Windows 10	17.10	Claymore (9.3)	NA	1150	2030	77w	29.2 MH/s + 410 MH/s
Sapphire RX570	Micron	ETC	Ethash	Windows 10	17.10	Claymore (9.6)	NA	1245	2050	120w	27 MH/s
Sapphire RX570	Hynix	ETC	Ethash	Windows 10	17.10	Claymore (9.6)	NA	1245	2000	114w	24 MH/s
Sapphire RX570	Hynix	ETC	Ethash	Windows 10	17.10	Claymore (9.6)	NA	1245	2000	114w	24 MH/s
Sapphire RX570	Hynix	ETH	Ethash	Windows 10	17.4.3	Claymore (9.6)	NA	1150	2100	103w	23.8 MH/s

RX 480 OC Settings

If the below settings are not stable for you; please tweak them and get it to stable; because every card is different even from same manufacturer/model etc.

In Linux Memory clock can be doubled compared to Windows.
for eg; +1700 memory clock on Linux is equivalent to +850 on windows
Power Limit on Linux is watts but in windows it is %.

Note : Please read the above and make sure you pick the right OS settings for your RIG.

Model	Memory	Coin	Algorithm	Operating System	Driver	Miner (Ver)	i/DCRi	Core Clock	Memory Clock	Power Limits	Hash Rate
MSI RX480	Hynix	ETH+DCR	Ethash + X	Windows 10	16.11.5	Claymore 8.0	DCRI 35	1175	2040	NP	27.3 MH/s + 480 MH/s
MSI RX480	Samsung	ETH+DCR	Ethash + X	Windows 10	16.11.5	Claymore (8.1)	NP	1100	2000	100w	28.3 MH/s + 600 MH/s
MSI RX480	Samsung	ETH	Ethash	Windows 10	NP	Claymore (9.2)	NA	1200	2000	98w	29.4 MH/s
Sapphire RX480	Samsung	ETH	Ethash	Windows 10	NP	Ethminer	NA	NP	NP	100w	24.5 MH/s
Sapphire RX480	Samsung	XMR	Cryptonight	Windows 10	NP	Claymore (9.7)	NP	NP	NP	100w	630 H/s
Sapphire RX480	Elpida	DGB	Skein	Windows 7	17.4.3	sgminer-5.5.0	NP	1350	1500	NP	305 MH/s
Sapphire RX480	Elpida	XMY	Myr-Groestl	Windows 7	17.4.3	sgminer-5-1-1	NP	1465	1000	NP	55.3 MH/s
Sapphire RX480	Elpida	GRS	Groestl	Windows 7	17.4.3	sgminer-5.5.0	NP	1465	1000	NP	55.3 MH/s
Sapphire RX480	Elpida	ZEC	Equihash	Windows 7	17.4.3	Claymore (12.4)	NA	1200	1850	NP	55.3 MH/s
Sapphire RX480	Elpida	ZEC	Equihash	Windows 7	17.4.3	Claymore (12.4)	NA	1350	2000	NP	318 Sols/s
Sapphire RX480	Elpida	ETH	Ethash	Windows 7	17.4.3	Claymore (9.3)	NA	1350	1900	NP	26.9 MH/s
Sapphire RX480	Elpida	ETH	Ethash	Windows 10	NP	Claymore (9.3)	NA	1100	1950	NP	28.8 MH/s
Sapphire RX480	Elpida	PASC	Pascal	Windows 7	17.4.3	Sgminer (5.5.0)	NP	1350	300	NP	807 MH/s

RX 470 OC Settings

If the below settings are not stable for you; please tweak them and get it to stable; because every card is different even from same manufacturer/model etc.

In Linux Memory clock can be doubled compared to Windows.
for eg; +1700 memory clock on Linux is equivalent to +850 on windows
Power Limit on Linux is watts but in windows it is %.

Note : Please read the above and make sure you pick the right OS settings for your RIG.

Model	Memory	Coin	Algorithm	Operating System	Driver	Miner (Ver)	i/DCRi	Core Clock	Memory Clock	Power Limits	Hash Rate
MSI RX470	Samsung	ETH	Ethash	Windows 10	16.11.5	Claymore (9.2)	NA	1125	2100	76w	29.5 MH/s
MSI RX470	Samsung	ETH+DCR	Ethash + X	Windows 10	16.11.5	Claymore (9.2)	NP	1100	2000	83w	28.2 MH/s + 600 MH/s
MSI RX470	Micron	ETH+DCR	Ethash + X	Windows 10	16.11.5	Claymore (9.2)	NP	1100	1650	NP	24.6 MH/s + 490 MH/s
MSI RX470	Hynix	ETH	Ethash	ethOS	NA	Claymore (9.4)	NA	1150	2150	NP	29.9 MH/s
MSI RX470	Hynix	ETH+SC	Ethash + X	ethOS	NA	Claymore (9.4)	DCRI 14	1150	2050	76w	28.5 MH/s + 400 MH/s
Sapphire RX470	Hynix	ETH+DCR	Ethash + X	Windows 10	16.11.5	Claymore (9.2)	NP	1050	1840	NP	28.2 MH/s + 600 MH/s
ASUS RX470	Hynix	ETH+DCR	Ethash + X	Windows 7	16.10.3	Claymore (8.1)	DCRI 20	1075	1900	NP	27.3 MH/s + 270 MH/s
Gigabyte RX470	Hynix	ETH+DCR	Ethash + X	Windows 7	16.10.3	Claymore (8.1)	DCRI 20	1050	1800	NP	25.6 MH/s + 270 MH/s
Sapphire RX470	Samsung	ETH	Ethash	Windows 10	16.10.4	Claymore (8.1)	NA	1175	2150	NP	29.5 MH/s
Sapphire RX470	Hynix	ETH	Ethash	Windows 10	16.10.4	Claymore (9.x)	NA	1150	2070	NP	29.04 MH/s
Sapphire RX470	Hynix	ETH	Ethash	Windows 7	NA	Claymore (9.2)	NA	1150	1850	NP	26 MH/s
Asus RX470	Elpida	ETH	Ethash	Windows 10	17.5. 1	Claymore (9.3)	NA	1100	2000	NP	29 MH/s
Asus RX470	Elpida	DGB	Skein	Windows 7	16.11.5	Sgminer (5.5.0)	NP	1250	1500	NP	210 MH/s
Asus RX470	Elpida	ETH	Ethash	Windows 7	16.11.5	Claymore (9.3)	NA	1200	1650	NP	24.5 MH/s

GTX 970 OC Settings

If the below settings are not stable for you; please tweak them and get it to stable; because every card is different even from same manufacturer/model etc.

In Linux Memory clock can be doubled compared to Windows.
for eg; +1700 memory clock on Linux is equivalent to +850 on windows
Power Limit on Linux is watts but in windows it is %.

Note : Please read the above and make sure you pick the right OS settings for your RIG.

Model	Memory	Coin	Algorithm	Operating System	Driver	Miner (Ver)	i/DCRi	Core Clock	Memory Clock	Power Limits	Hash Rate
STRIX	NP	ZCL	Equihash	Windows 10	NP	EBWF (0.3.4b)	NA	1289	1752	NP	224 Sols/s
STRIX	NP	ZEC	Equihash	Windows 10	NP	EBWF (0.3.4b)	NA	1291	1502	NP	268 Sols/s
STRIX	NP	ZEN	Equihash	Windows 7	NP	EBWF (0.3.4b)	NA	1462	3965	NP	295 Sols/s

GTX 1080 OC Settings

If the below settings are not stable for you; please tweak them and get it to stable; because every card is different even from same manufacturer/model etc.

In Linux Memory clock can be doubled compared to Windows.
for eg; +1700 memory clock on Linux is equivalent to +850 on windows
Power Limit on Linux is watts but in windows it is %.

Note : Please read the above and make sure you pick the right OS settings for your RIG.

Model	Memory	Coin	Algorithm	Operating System	Driver	Miner (Ver)	i/DCRi	Core Clock	Memory Clock	Power Limits	Hash Rate
AORUS 1080Ti WF Extrm	Samsung	ZEC	Equihash	Ubuntu(nvOC v19-1.2)	384.90	EWBF 0.3.4b	NA	85	480	220W	710 Sol/s
EVGA GTX 1080Ti FW3 GAMING	Samsung	ZEC	Equihash	Ubuntu(nvOC v19)	384.69	EWBF 0.3.4b	NA	120	1200	150W	625 Sol/s
MSI GTX 1080 TI OC GAMING	Samsung	ZEN	Equihash	Ubuntu(nvOC v19)	384.69	EWBF 0.3.4b	NA	120	1200	150W	640 Sol/s
MSI 1080	NP	ZEC	Equihash	Linux	375.66	EWBF (0.3.3b)	NA	1898	NP	NP	460 Sols/s
MSI 1080	NP	ZEN	Equihash	Linux	375.66	ccminer (tpruvot)	NP	1900	NP	NP	350 Sols/s
MSI 1080	NP	TAC	Nist5	Linux	375.66	ccminer (tpruvot)	NP	1840	NP	NP	54.5 MH/s

GTX 1050 OC Settings

If the below settings are not stable for you; please tweak them and get it to stable; because every card is different even from same manufacturer/model etc.

In Linux Memory clock can be doubled compared to Windows.
for eg; +1700 memory clock on Linux is equivalent to +850 on windows
Power Limit on Linux is watts but in windows it is %.

Note : Please read the above and make sure you pick the right OS settings for your RIG.

Model	Memory	Coin	Algorithm	Operating System	Driver	Miner (Ver)	i/DCRi	Core Clock	Memory Clock	Power Limits	Hash Rate
MSI GeForce GTX 1050ti 4G	Samsung	ZCL	Equihash	Windows 10	NP	EWBF (0.3.4b)	NA	65	750	100%	168-187/s
Gigabyte TI G1	Micron	ETH	Ethash	Windows 10	NP	Claymore (9.7)	NA	0	800	55%	15 MH/s
Asus GTX 1050Ti 4GB Expedition	Micron	ETH	Ethash	Ubuntu(nvOC v19)	384.69	Ethminer (12 Dev)	NA	100	1000	70W	15 MH/s

GTX 1070 OC Settings

If the below settings are not stable for you; please tweak them and get it to stable; because every card is different even from same manufacturer/model etc.

In Linux Memory clock can be doubled compared to Windows.
for eg; +1700 memory clock on Linux is equivalent to +850 on windows
Power Limit on Linux is watts but in windows it is %.

Note : Please read the above and make sure you pick the right OS settings for your RIG.

Model	Memory	Coin	Algorithm	Operating System	Driver	Miner (Ver)	i/DCRi	Core Clock	Memory Clock	Power Limits	Hash Rate
Gigabyte G1 Rock	Samsung	ZEC	Equihash	Ubuntu(nvOC v18)	NP	EWBF(0.3.4b)	NA	150	1200	140 Watts	465 Sols/s
Gigabyte G1 Gaming	Samsung	ZEC	Equihash	Ubuntu(nvOC v18)	NP	EWBF(0.3.4b)	NA	150	1500	140 Watts	475 Sol/s
Gigabyte G1 Gaming	Samsung	ZEC	Equihash	Ubuntu(nvOC v18)	NP	EWBF(0.3.4b)	NA	130	1500	140 Watts	470 Sol/s
Asus Rog Strix	Samsung	ZEC	Equihash	Ubuntu(nvOC v18)	NP	EWBF(0.3.4b)	NA	100	1500	140 Watts	480 Sol/s
Gigabyte G1 Rock	Samsung	DUAL	Ethash+X	Ubuntu(nvOC v18)	NP	Claymore (9.8)	NA	150	1100	140 Watts	30 MH/s
Gigabyte G1 Gaming	Samsung	DUAL	Ethash+X	Ubuntu(nvOC v18)	NP	Claymore (9.8)	NA	150	1500	140 Watts	31 MH/s
Asus Rog Strix	Samsung	DUAL	Ethash+X	Ubuntu(nvOC v18)	NP	Claymore (9.8)	NA	100	1500	140 Watts	31.5 MH/s
Gigabyte G1 Rock	Samsung	ETH	Ethash	Ubuntu(nvOC v18)	NP	Ethminer (Genoil)	NA	150	1100	125 Watts	31 MH/s
Gigabyte G1 Gaming	Samsung	ETH	Ethash	Ubuntu(nvOC v18)	NP	Ethminer (Genoil)	NA	150	1500	125 Watts	31.5 MH/s
Asus Rog Strix	Samsung	ETH	Ethash	Ubuntu(nvOC v18)	NP	Ethminer Genoil)	NA	100	1500	125 Watts	32 MH/s
Gigabyte GTX 1070	Samsung	ZEC	Equihash	Windows 10	NP	EWBF(0.3.4b)	NA	65	500	100%	410-437 Sols/s
Zotac mini GTX 1070	Micron	Decred	Blake256	Windows 10 Ult	NP	Nicehash 2.0.1.1 Beta	UK	220	545	80%	900 MH/s
Gigabyte GTX 1070 8G	Samsung	ZEN	Equihash	Ubuntu(nvOC v19)	384.69	EWBF(0.3.4b)	NA	100	400	130W	440 Sols/s
Asus GTX 1070 8G	Samsung	ZEN	Equihash	Ubuntu(nvOC v19)	384.69	EWBF(0.3.4b)	NA	100	400	130W	440 Sols/s
Gigabyte GTX 1070 8G	Samsung	ETH	Ethash	Ubuntu(nvOC v19)	384.69	Ethminer (12 Dev)	NA	-100	800	130W	30-31 MH/s
Asus GTX 1070 8G	Samsung	ETH	Ethash	Ubuntu(nvOC v19)	384.69	Ethminer (12 Dev)	NA	-100	800	130W	30-31 MH/s
Gigabyte GTX 1070 8G	Samsung	ZCL	Equihash	Ubuntu(nvOC v19)	384.69	EWBF(0.3.4b)	NA	150	600	140W	450 Sols/s
Asus GTX 1070 8G	Samsung	ZCL	Equihash	Ubuntu(nvOC v19)	384.69	EWBF(0.3.4b)	NA	125	400	130W	440 Sols/s
Gigabyte GTX 1070 8G	Samsung	ETH	Ethash	Ubuntu(nvOC v19)	NP	Ethminer (12 Dev)	NA	-100	900	135W	30-31 MH/s
Asus GTX 1070 8G	Samsung	ETH	Ethash	Ubuntu(nvOC v19)	384.69	Ethminer (12 Dev)	NA	-100	900	135W	30-31 MH/s
Asus Strix GTX 1070 8G	Samsung	ETH	Ethash	Ubuntu(nvOC v18)	384.69	Ethminer (Genoil)	NA	100	1000	100W	30 MH/s
Zotac GTX 1070 8G	Samsung	ETH	Ethash	Ubuntu(nvOC v18)	384.69	Ethminer (Genoil)	NA	100	1000	100W	30 MH/s
Palit Jetstream GTX 1070 8G	Samsung	ETH	Ethash	Ubuntu(nvOC v18)	384.69	Ethminer (Genoil)	NA	100	1000	100W	30 MH/s
EVGA GTX 1070 8G	Samsung	ETH	Ethash	Ubuntu(nvOC v18)	384.69	Ethminer (Genoil)	NA	100	1000	100W	30 MH/s
KFA2 GTX 1070 8G	Samsung	ETH	Ethash	Ubuntu(nvOC v18)	384.69	Ethminer (Genoil)	NA	100	1000	100W	30 MH/s
MSI Silver GTX 1070 8G	Samsung	ETH	Ethash	Ubuntu(nvOC v18)	384.69	Ethminer (Genoil)	NA	100	1000	100W	30 MH/s
Asus 1070	NP	ZCOIN	Lyra2rev2	Windows	NP	NP	NP	1771	2002	NP	37.3 MH/s
Asus 1070	NP	ETHASH	Ethash	Windows	NP	Ethminer (0.11rc1)	NA	1775	2255	NP	30 MH/s
Asus 1070	NP	DCR	Decred	Windows	NP	NP	NP	1771	2002	NP	2.62 GH/s
Asus 1070	NP	LBC	LBRY	Windows	NP	NP	NP	1771	2002	NP	0.272 GH/s
Asus 1070	NP	ZEN	Equihash	Windows	NP	NP	NA	1771	2002	NP	388.12 Sols/s
Asus 1070	NP	PASC	Pascal	Windows	NP	NP	NP	1771	2002	NP	0.957 GH/s
Asus 1070	NP	SIB	X11	Windows	NP	NP	NP	1771	2002	NP	5.555 MH/s
Asus 1070	NP	ZEC	Equihash	Windows	NP	NP	NA	1771	2002	NP	420 Sols/s
Asus 1070	NP	TAC	Nist5	Windows	NP	NP	NA	1771	2002	NP	42 MH/s
Asus 1070	micron	ETH+SC	Ethash + X	Windows 10	382.33	Claymore	NP	1772	2002	NP	25.5 MH/s + 425 MH/s
Asus 1070	NP	DaggerHashi	Ethash	Linux	381.22	Ethminer (0.11.0)	NA	1847	4404	150W	30.9 MH/s
MSI 1070	NP	ETH	Ethash	Windows 10	382.33	Ethminer	NA	2012	2202	NP	30.3 MH/s
MSI 1070	NP	ETH+SC	Ethash + X	Windows 10	382.32	Claymore	NP	2012	2249	NP	26 MH/s + 940 MH/s
MSI 1070	NP	ZEN	Equihash	Windows 10	382.33	EWBF (0.3.3b)	NA	2012	2202	NP	490 Sols/s
MSI 1070	NP	DaggerHashi	Ethash	Linux	381.22	Ethminer (0.11.0)	NP	1949	4404	150W	31.4 MH/s
Gigabyte 1070	NP	ETH+SC	Ethash + X	Windows 10	382.33	Claymore	NP	2050	2249	NP	30 MH/s + 100 MH/s
KFA2 1070	micron	ETH+SC	Ethash + X	Windows 10	382.33	Claymore	NP	1709	2002	NP	25.4 MH/s + 423 MH/s
Gigabyte 1070	NP	ZEC	Equihash	Linux	375.39	nheqminer (0.5c)	NA	1848	3802	NP	350 Sols/s
Gigabyte 1070	NP	ZEN	Equihash	Linux	375.39	EBWF (0.3.4b)	NA	1848	3802	NP	450 Sols/s
Gigabyte 1070	NP	ZCL	Equihash	Linux	375.39	EBWF (0.3.4b)	NA	1949	4201	NP	460 Sols/s
Gigabyte 1070	NP	ETH	Ethash	Linux	375.39	Ethminer	NA	1848	3802	NP	26 MH/s
Gigabyte 1070	NP	ETH	Ethash	Linux	375.39	Ethminer	NA	2012	3999	NP	28 MH/s
Gigabyte 1070	NP	ETH	Ethash	Linux	375.39	Ethminer	NA	2012	4200	NP	30 MH/s
Gigabyte 1070	NP	ETH	Ethash	Linux	375.39	Ethminer	NA	2012	4404	NP	31.4 MH/s
Gigabyte 1070	NP	ETH+SC	Ethash + X	Linux	375.39	Claymore	NP	1708	4303	NP	26 MH/s + 690 MH/s

GTX 1060 OC Settings

If the below settings are not stable for you; please tweak them and get it to stable; because every card is different even from same manufacturer/model etc.

In Linux Memory clock can be doubled compared to Windows.
for eg; +1700 memory clock on Linux is equivalent to +850 on windows
Power Limit on Linux is watts but in windows it is %.

Note : Please read the above and make sure you pick the right OS settings for your RIG.

Model	Memory	Coin	Algorithm	Operating System	Driver	Miner (Ver)	i/DCRi	Core Clock	Memory Clock	Power Limits	Hash Rate
ASUS DUAL-O6G	Samsung	XMR	Ethash	Ubuntu(nvOC v19)	384.69	ccminer (tpruvot 2.2)	NA	120	1600	64W	555 H/s
ASUS DUAL-O6G	Samsung	ETH	Ethash	Ubuntu(nvOC v19)	384.69	Ethminer (12 Dev)	NA	100	1700	76W	24.5 MH/s
ASUS DUAL-O6G	Samsung	ETC	Ethash	Ubuntu(nvOC v19)	384.69	Ethminer (12 Dev)	NA	100	1700	76W	24.5 MH/s
ASUS DUAL-O6G	Samsung	EXP	Ethash	Ubuntu(nvOC v19)	384.69	Ethminer (12 Dev)	NA	100	1700	76W	24.5 MH/s
ASUS DUAL-O6G	Samsung	UBQ	Ethash	Ubuntu(nvOC v19)	384.69	Ethminer (12 Dev)	NA	100	1700	76W	24.5 MH/s
ASUS DUAL-O6G	Samsung	MUSIC	Ethash	Ubuntu(nvOC v19)	384.69	Ethminer (12 Dev)	NA	100	1700	76W	24.5 MH/s
ASUS DUAL-O6G	Samsung	SOIL	Ethash	Ubuntu(nvOC v19)	384.69	Ethminer (12 Dev)	NA	100	1700	76W	24.5 MH/s
ASUS DUAL-O6G	Samsung	ZEC	Equihash	Ubuntu(nvOC v19)	384.69	EWBF (0.3.4b)	NA	150	800	76W	280 sols/s
ASUS DUAL-O6G	Samsung	ZEN	Equihash	Ubuntu(nvOC v19)	384.69	EWBF (0.3.4b)	NA	150	800	76W	280 sols/s
ASUS DUAL-O6G	Samsung	HUSH	Equihash	Ubuntu(nvOC v19)	384.69	EWBF 0.3.4b)	NA	150	800	76W	280 sols/s
ASUS DUAL-O6G	Samsung	ZCL	Equihash	Ubuntu(nvOC v19)	384.69	EWBF (0.3.4b)	NA	150	800	76W	280 sols/s
ASUS DUAL-O6G	Samsung	KMD	Equihash	Ubuntu(nvOC v19)	384.69	EWBF (3.4)	NA	150	800	76W	280 sols/s
ASUS DUAL-O6G	Samsung	FTC	Neoscrypt	Ubuntu(nvOC v19)	384.69	ccminer (tpruvot)	24	150	1000	76W	590 KH/s
ASUS DUAL-O6G	Samsung	ORB	Neoscrypt	Ubuntu(nvOC v19)	384.69	ccminer (tpruvot)	24	150	1000	76W	590 KH/s
ASUS DUAL-O6G	Samsung	PXC	Neoscrypt	Ubuntu(nvOC v19)	384.69	ccminer (tpruvot)	23	150	1000	76W	590 KH/s
ASUS DUAL-O6G	Samsung	XMR	Cryptonight	Ubuntu(nvOC v19)	384.69	ccminer (klaust)	NA	155	-300	62W	500 H/s
ASUS DUAL-O6G	Samsung	KRB	Cryptonight	Ubuntu(nvOC v19)	384.69	ccminer (klaust)	NA	155	-300	62W	500 H/s
ASUS DUAL-O6G	Samsung	MONA	Lyra2v2	Ubuntu(nvOC v19)	384.69	ccminer (tpruvot)	21	135	-1200	65W	22 MH/s
ASUS DUAL-O6G	Samsung	VTC	Lyra2v2	Ubuntu(nvOC v19)	384.69	ccminer (tpruvot)	21	135	-1200	65W	22 MH/s
ASUS DUAL-O6G	Samsung	GRS	Groestl	Ubuntu(nvOC v19)	384.69	ccminer (tpruvot)	23	150	1250	78W	22.5 MH/s
ZOTAC 1060 AMP6G	Samsung	ETH	Ethash	Ubuntu(nvOC v19)	384.69	Claymore (9.8)	NA	100	1840	75W	25 MH/s
ZOTAC 1060 AMP6G	Samsung	ETH	Ethash	Ubuntu(nvOC v19)	384.69	Claymore (9.8)	NA	100	1800	76W	24.85 MH/s
Gainward 1060 3G	Samsung	ZEC	Equihash	Windows 10	NP	EWBF (0.3.4b)	NA	200	750	70%	283-301 Sols/s
1060 MSI Gaming X 6G	Micron	ETH	Ethash	Windows 10	NP	Claymore (9.7)	NA	0	600	50%	23.75 MH/s
ASUS DUAL 1060 3G	Hynix	ETH	Ethash	Windows 10	NP	Claymore (9.7)	NA	0	400	60%	18 MH/s
ASUS DUAL 1060 3G	Hynix	ZEC	Equihash	Windows 10	NP	EWBF (0.3.4b)	NA	150	400	70%	275 Sols/s
MSI MINI ITX OC 6G	Samsung	ETH	Ethash	Ubuntu(nvOC v19)	384.69	Ethminer (12 Dev)	NA	-100	1600	75W	24.2 MH/s
Gigabyte WINDFORCE OC 6G	Samsung	ETH	Ethash	Windows 10	NP	Claymore (10.0)	NA	0	920	74%	25 MH/s
Gigabyte WINDFORCE OC 6G	Samsung	EXP	Ethash	Windows 10	NP	Claymore (10.0)	NA	0	920	74%	25 MH/s
Asus 6G Expedition	Micron	ETH	Ethash	Ubuntu(nvOC v19)	384.69	Ethminer (12 Dev)	NA	100	1000	100W	23 MH/s
Inno 3D 1060	NP	XMR	CryptoNight	Linux	375.39	ccminer (tsiv)	NP	1911	2002	51W	417 H/s
Asus 1060	NP	XMR	CryptoNight	Linux	375.39	ccminer (tpruvot)	NP	1936	4303	55W	500 H/s
Zotac 1060	Samsung	ZEC	Equihash	Windows 10	381.89	EWBF (0.3.2b)	NA	1911	1901	NP	280 Sols/s
Zotac 1060	Samsung	DaggerHashi	Ethash	Windows 7	382.53	Ethminer (0.11.0rc1)	NA	1506	2249	65W	23.2 MH/s
kfa² 1060	Samsung	DaggerHashi	Ethash	Windows 7	378.92	Claymore (9.4)	NA	1518.5	2295	NP	22.5 Mh/s
Kfa² 1060	Samsung	ZEC	Equihash	Windows 7	382.53	EWBF	NA	1600	2025	NP	270 Sols/s
MSI 1060	NP	DaggerHashi	Ethash	Windows 10	NP	Claymore (9.7)	NA	NP	NP	NP	18.8 MH/s
MSI 1060	NP	DaggerHashi	Ethash	Windows 10	NP	Claymore (9.7)	NA	NP	NP	NP	22.7 MH/s
MSI 1060	NP	DaggerHashi	Ethash	Linux	381.22	Ethminer (0.11.0)	NA	1531	4551	80W	24.11 MH/s
MSI 1060	NP	ZEC	Equihash	Linux	381.22	EWBF (0.3.4b)	NA	1949	4303	110W	310 Sols/s
Gigabyte1060	NP	ZEN	Equihash	Windows 7	NP	EWBF (0.3.4b)	NA	2006	8694	NP	325 Sols/s
EVGA 1060	NP	ZEN	Equihash	Windows 10	NP	EWBF (0.3.4b)	NA	1965	8528	NP	336 Sols/s
EVGA 1060	NP	DaggerHashi	Ethash	Windows 10	NP	Claymore (9.7)	NA	NP	NP	NP	23.3 MH/s

Introduction

I'm a crypto miner (only as a hobby) just like you, only reason for creating this blog is to have everything in one place. I've searched internet a lot for the best OC settings for my GTX 1060, spent huge amount of time (many nights of sleep) for finding the right OC settings to get the perfect yield to the power I spend (I pay £0.15 per KW for my electricity) with my RIG. I would like to share my OC settings for GTX 1060 to the community, so that people like me don't need to waste time on searching for perfect settings.

I'm using UBUNTU, fully modded by fullzero as nvOC (v19), its an image which has all the mining software's pre installed with latest drivers. it is the best mining OS available for absolutely FREE of cost (yes you read it right FREEEEEEE). I will write more about it after getting permission from fullzero.

In simple words; Plug and Play OS, perfect for starters (just need to configure your coin address/pools/oc)

You can get it and join the discussion here

All my 1060 settings are tested on nvOC (v19).

If you want to post your OC settings on bitcointalk, please join the discussion here and post your OC settings in the following format, so that I can add it very quickly.

Model  : Brand + Model + Memory size          
Memory : Memory Brand name like samsung, micron, hynix etc             
Coin  : Coin mined
Operating System : With Version too 
Driver Version : Version of your current driver        
Miner (Ver)    : Miner name with Version too      
Intensity  : Only if applicable        
Core Clock   :      Core overclock setting   
Memory Clock :   Memory overclock setting      
Power Limits  :    Watts in Linux and % in Windows     
Hash Rate   :  Hash rate achieved

Going forward, I would like to add more for other cards as well (depending on requests and info available) (added now). I would also request the community to share your OC settings, so that I can update them here in different topics.

UPDATE : 24/09/2017

I have updated the blog with more OC settings from different requests and sources.


I will add the sources here from now and also thank them for their initiative in the first place

Sources :

1) This Docs page (Many thanks for the data)


NOTE : I wouldn't claim these as the best OC settings; any updates or suggestions are more than welcome.