Mining hardware comparison

Below are some statistics about the mining performance of various hardware used in a mining rig.

The table shows stock clock numbers. 10-20% performance improvement can be achieved via overclocking.

Graphics cards

AMD

To get the maximum performance use the 2.1 or 2.2 release of the ATI Stream SDK. 2.3 performance drops by 5-10%.

Model	Mhash/s	Mhash/W	W	Clock	SP	SDK	Slot	Miner	Notes
3XXX								OpenCL Not Supported
42XX							PCI-E 2.0 x16		OpenCL Not Supported (intergrated/mobile GPU)
4350	6.93	0.346	20	575	80		PCI-E 2.0 x16	poclbm	-w 32, don't use vectors
4550	7.23	0.289	25	600	80		PCI-E 2.0 x16	poclbm	-w 32, don't use vectors
4650	31.33	0.653	48	650	320		PCI-E 2.0 x16	poclbm	-w 32, don't use vectors
4670	36.14	0.613	59	750	320		PCI-E 2.0 x16	poclbm	-w 32, don't use vectors
4730	72.29	0.657	110	750	640		PCI-E 2.0 x16
4770	72.29	0.904	80	750	640		PCI-E 2.0 x16
4830	55.42	0.583	95	575	640		PCI-E 2.0 x16
4850	75.30	0.685	110	625	800		PCI-E 2.0 x16
4860	67.47	0.519	130	700	640		PCI-E 2.0 x16
4870	90.36	0.602	150	750	800	2.1	PCI-E 2.0 x16	clmine
4870	78						PCI-E 2.0 x16	m0mchil's OpenCL/Vista 64bit	source
4890	102.41	0.539	190	850	800		PCI-E 2.0 x16
4850X2	150.60	0.602	250	625	1600		PCI-E 2.0 x16
4870X2	180.72	0.632	286	750	1600		PCI-E 2.0 x16
5450	11.99	0.631	19	650	80		PCI-E 2.1 x16
5550	40.59	1.041	39	550	320		PCI-E 2.1 x16
5570	59.96	1.538	39	650	400		PCI-E 2.1 x16
5570	64	1.641	39	650			PCI-E 2.1 x16	m0mchil's OpenCL/WinXP	source
5650	48	2.5-3.2 ?	15-19 ?				PCI-E 2.1 x16	m0mchil's OpenCL/Win7-64	source source
5670	71.49	1.117	64	775	400		PCI-E 2.1 x16
5670	72	1.64	44	850			PCI-E 2.0 x16	poclbm-mod (Win7-64)	Sapphire 100287VGAL card is low power
5670	85			900	400		PCI-E 2.1 x16	poclbm	-v -f 0 -w 128
5750	116.24	1.352	86	700	720		PCI-E 2.1 x16
5770	156.83	1.452	108	850	800	2.1	PCI-E 2.1 x16	clmine
5830	206.64	1.181	175	800	1120		PCI-E 2.1 x16
5830	241	1.377	175	1006		2.3	PCI-E 2.1 x16	poclbm 2011-03-11 / Win7 64
5850	240.77	1.595	151	725	1440		PCI-E 2.1 x16
5850	252	1.669	151	765		2.3	PCI-E 2.1 x16	poclbm 2011-01-25
5850	255.3	1.690	151	765		2.2	PCI-E 2.1 x16	poclbm 2011-01-25
5850	300	1.987	151	925 (OC)			PCI-E 2.1 x16	m0mchil's OpenCL	source
5850	250.26	1.657	151				PCI-E 2.1 x16	opencl client	source
5870	313.65	1.668	188	850	1600	2.1	PCI-E 2.1 x16	clmine
5870	313	1.665	188	900?	1600	2.3	PCI-E 2.1 x16	Diablo/Linux
5870	343	1.824	188	900?	1600	2.1	PCI-E 2.1 x16	Diablo/Linux
5870	355	1.888	188	900?	1600	2.1	PCI-E 2.1 x16	poclbm/Linux
5870	340	1.809	188	850	1600		PCI-E 2.1 x16	m0mchil's OpenCL	source
5970	530	1.803	294	725	3200	2.4.595.10	PCI-E 2.1 x16	poclbm/201103.beta3/Windows	-v -w128 -f60
5970	535.06	1.820	294	725	3200	2.1	PCI-E 2.1 x16	clmine
5970	560	1.905	294	725			PCI-E 2.1 x16	Diablo
5970	565	1.922	294			2.1	PCI-E 2.1 x16	clmine2
5970	604	2.054	294			2.1	PCI-E 2.1 x16	clmine
5970	645			850	3200	2.1	PCI-E 2.1 x16	m0mchil/poclbm 03-07-11	-f1, Debian 6, fglrx-driver 10.9.3
6490M	16.289	0,708	23				PCI-E 2.1 x16	poclbm-mod (Mac OS X 10.6.7)	MacBook Pro early 2011
6850	171.59	1.351	127	775	960	2.1	PCI-E 2.1 x16	clmine
6850	196			850	960		PCI-E 2.1 x16	poclbm	-v -w 128 -f 0
6870	232.47	1.540	151	900	1120		PCI-E 2.1 x16
6870	260.1	1.611	175	1001	1150	2.2	PCI-E 2.1 x16	poclbm-gui windows7x86 cat 11.3	-v -w 128 -f 1
6870	282.23	1.611	175	1047	1120	2.2	PCI-E 2.1 x16	poclbm windows cat 11.2	-v -w 128 -f 0 mem clock 300
6950	295		160 (?)	810	1536	2.4.595.0	PCI-E 2.1 x16	m0mchil/poclbm 03-07-11	unlocked shaders, default mem 1250
6950	325		200 (?)	885	1536	2.4.595.0	PCI-E 2.1 x16	m0mchil/poclbm 03-07-11	unlocked shaders, default mem 1250
6950	360		200 (?)	970	1536	2.4.595.0	PCI-E 2.1 x16	m0mchil/poclbm 03-07-11	unlocked shaders, default mem 1250
6970	323	1.468	220	880	1536	2.3	PCI-E 2.1 x16	poclbm	-w 64, SDK 2.1 not supported on 69xx.
6990	682			830	3072	2.3	PCI-E 2.1 x16	mrb's hdminer source	SDK 2.1 not supported on 69xx.
6990	746			880	3072	2.3	PCI-E 2.1 x16	mrb's hdminer source	SDK 2.1 not supported on 69xx.
FirePro V8700	84.8			750	800			poclbm-mod.03.24.2011

Nvidia

Model	Mhash/s	Mhash/W	W	Clock	SP	Comment
8200 mGPU	1.2			1200	16	128 MB shared memory, "poclbm -w 128 -f 0"
8600M GT	4.93				32
8600GT	5.66			1188	32
8600GT OC	7.3			1602	32	poclbm -w 128 source
8800GT	25	0.24	105	1300
8800GT	24.5	0.23	105	1300		source
8800GTS	16.8	0.109	154			source source
8800 GTS	18.7	0.124	150	1200		poclbm -w 64 no vectors
9300GE	1.57			1300	8
9300GS	1.69			1400	8
9400GT	3.37	0.067	50	1400	16
9400M (MacBook)	1.90	0.32	6	700		poclbm -f 8 no vectors
9500GT	6.75	0.135	50	1400	32
9600GSO	19.88	0.237	84	1375	96
9600GSO512	11.75	0.131	90	1625	48
9600GT	15.66	0.165	95	1625	64
9600GT OC	18.8	<0.198	>95	1981	64	poclbm -w 128 -f 10 source source
9800GT	30.36	0.289	105	1800	112
9800GTX	32.54	0.232	140	1688	128
9800GTX+	35.39	0.251	141	1836	128
9800GX2	57.83	0.294	197		2x128
9800GX2	28	0.142	197		2x128	source
G210	3.38	0.111	30.5	1402	16
GT220	9.83	0.170	58	1360	48
GT240	19.37	0.281	69	1340	96
GT240	21.24				96	poclbm-mod -f 0 -v source
GTS250	35.39	0.244	145	1836	128
GTX260	35.91	0.178	202	1242	192
GTX260	44	0.242	182	1242	216	source
GTX260c216	40.40	0.236	171	1242	216
GTX260c216 OC	52.0			1461	216	"poclbm -w 256 -f 1"
GTX275	50.75	0.232	219	1404	240
GTX275	58			729/1458	240	poclbm -f 0 -w 256
GTX280	46.84	0.198	236	1296	240
GTX285	53.35	0.262	204	1476	240
GTX295	89.78	0.311	289	1242	480
GT 320M (MacBook Air)	6.12			1212	48
GT 330M (Sony Vaio Z)	7.8	0.71 ( 0.3 total)	11 (26w total)	1045	48
GT430	20.24	0.413	49	1400	96
GTS450	45.28	0.427	106	1566	192
GTX460SE	56.39	0.376	150	1300	288
GTX460	68.31	0.427	160	1350	336
GTX460 (2 cards)	102	0.319?	320?	1350		source
GTX460 (2 cards) OC	127	0.374	340	1620	2x 336	rpcminer-cuda -gpugrid=128 -gputhreads=128 ver.20110227
GTX465	64.41	0.322	200	1215	352
GTX470	81.98	0.381	215	1215	448
GTX470	94.7			1414
GTX480	101.28	0.405	250	1401	480
GTX560 Ti	67.7	0.39	170	1700	384	standard EVGA 560, no overclock
GTX560 OC	86.7	<0.51	>170	1800	384	rpcminer-cuda source
GTX570	105.83	0.483	219	1464	480
GTX580	119.06	0.488	244	1544	512
Quadro FX 580	5.7	0.14	40	1125	4
Quadro FX 1600M	6	0.12	50	625	32	rpcminer-cuda, Win
Quadro NVS 135M	1.05	0.1	10	800	1
Quadro NVS 3100M	3.6	0.257	14	600	16	rpcminer-cuda, Win, CUDA 3.1.1

CPUs

A lot of nice data can be pulled from this thread to seed this section. Also from this page on the old wiki.

AMD

Model	nprocs	Mhash/s	Mhash/W	ACP [W]	Clock	Version	Comment
2x Opteron 6128	16	32.4	0.203	160W	2 GHz	0.3.19	-4way
Athlon 64 3500+	1	1.18	0.018	65 W	2.54 GHz	ufasoft v0.4	overclocked (originally 2.2 GHz)
Athlon X2 3800+	2	1.73	0.03	65 W	2.00 GHz	cpuminer (v0.8.1-1-g69529c3)	-algo=4way
Athlon X2 4000+	2	1.9	0.02	65W	2.1 GHz	rpc-miner
Athlon X2 4400+		2.09	0.32	65W	2.3GHz	0.3.19/Win x64	source
Athlon X2 6000+	2	2.81	0.02	125W	3 GHz		source
Athlon X2 6400+ Black Edition	2	2.9	0.023	125W	3.2 GHz	0.3.20.2 BETA/Win 7 x64	-4way
Athlon XP 2000+	2	0.62	0.009	70W	1.67 GHz	0.3.18/Ubuntu	source source
Athlon II X2 240e	2	2.71	0.06	45W	2.81 GHz	bitcoind	source
Athlon II X4 630	4	10.7	0.11	95W	2.8 GHz	bitcoin-miner 0.4
Phenom II X6 1055T	6	15.84	0.13	125W	2.82 GHz	bitcoind	source
Phenom II X6 1100T	6	22	0.176	125W	3.82 GHz	bitcoin-miner	Aciid#bitcoin-dev
Phenom II X3 720	3	3.8	0.04	95W	2.8 GHz	0.3.1x/WinXP	source
Phenom II X3 720	3	7.2	0.08	95W	2.8 GHz	cpu-miner 0.2.1/WinXP	source
Phenom II x4 955	4	11	0.09	125W	3.2 GHz	rpcminer-4way

ARM

Model	p/t	Mhash/s	Mhash/W	ACP [W]	Clock	Version	Comment
Cortex A8	1	0.125	0.36	0.35 W	0.6 GHz	cpuminer git (2011-03-26)	Nokia N900: 'cryptopp'
Cortex A8	1	0.2	0.57	0.35 W	0.6 GHz	cpuminer git (2011-03-26)	Nokia N900: 'c' algo
Tegra 250 (2xCortex-A9)	2	0.35	0.70	0.5 W	1.0 GHz	cpuminer git (2011-03-24)	Toshiba AC100, ubuntu, 'c' algo

Intel

Model	p/t	Mhash/s	Mhash/W	ACP [W]	Clock	Version	Comment
Pentium III mobile ?	1	0.3	0.014	21W	1.07 GHz	0.3.1x/Win2K	source source
Old Xeon 512k (Dual)	2x1/2	2.0	?	?	3.06GHz	cpuminer (v0.8.1-1-g69529c3)	HT disabled, algo=4way (twice as fast as the 2nd best algo)
Pentium 4 2.0A	1	0.85			2.0 GHz	ufasoft-0.4/WinXP	-g no -t 2
Pentium Dual-Core E5400	2/2	2.27	0.03	65W	2.7 GHz	bitcoind	source
Celeron E330	2/2	2.2	0.03	65W	2.5 GHz	0.3.19/Ubuntu10.04	source
Core i3 M350	2/4	1.48	0.04	35W	2.27 GHz	bitcoind	source
Core i5 M450	2/4	1.8	0.05	35W	1.2 GHz	0.3.17/Win7-54	source
Core i5-650	2/4	5.1	0.04 ?		3.2 GHz	cpuminer-0.7	-4way
Core i5 ?	4/?	6.5				client from svn	source
Core i5-2400	4/4	4.5	0.05	95W	3.1 GHz	cpuminer git (2011-01-22)	cryptopp_asm32
Core i5-2400	4/4	14	0.15	95W	3.1 GHz	cpuminer git (2011-03-26)	sse2_64
Core i7 920	4/8	19.2	0.10	195	4.0 GHz (x21)	ufasoft	-a 5
Core i7 950	4/8	5.88	0.039	150W	3.83 GHz (x23)	bitcoin-0.3.20.2 Win7-64
Core i7 950	4/8	18.9	0.126	150W	3.83 GHz (x23)	ufasoft v0.4
Core i7 980x	6/12	19.2	0.15	130	4.4 GHz (x33)	cpuminer/Win7-64
Core i7 980x	6/12	8.7			3.9 GHz (x27)	0.3.17/Win7-64
Core i7 620M	2/4	6.3	0.18	35	2.66 GHz	ufasoft v0.4
Core 2 Duo E6550	1/2	2.45	?	?	2.33 GHz	cpuminer 0.7.1 (Linux)	--algo=sse2_64
Core 2 Duo E6850	2/2	6.75	0.10	65W	3.0 Ghz	ufasoft-0.3
Core 2 Duo E7300	2/2	7.76	0.11	70W	3.33 GHz (o/c?)	ufasoft-0.3	miner optimized for Intel Core
Core 2 Duo E7300	2/2	2.52	0.04	65W	2.66 GHz	bitcoind	source
Xeon 3060	1/2	2.03	0.03	65W	2.4GHz	cpuminer 0.8.1 (Linux)	--algo=cryptopp_asm32
Xeon X5355 (dual)	2x4/4	10.13	0.16	120W	2.66GHz	bitcoind	Roughly the same speed as the "c" algo in cpuminer
Xeon X5355 (dual)	2x4/4	22.76	0.09	120W	2.66GHz	cpuminer (v0.8.1-1-g69529c3)	-O2 -march=core2, algo=sse2_64
Xeon E5440	4/8	7.3	?	80W	2.66 GHz	Kiv's poclbm-gui	FIXME: Either wrong model # or wrong threads/speed info
Xeon E5520	4/8	6.5	0.08	80W	2.27 GHz	bitcoind	source
Xeon E5530	4/8	7.14	0.09	80W	2.4 GHz	bitcoind	source
Xeon E5630 (dual)	2x4/8	8	0.1	80W	2.53 GHz	0.3.17/Win7-64	source
Atom N270	1	0.42	0.17	2.5W	1.6 GHz	0.3.1x/WinXP	source

See Also

• Mining rig
• OpenCL miner
• ATI Stream vs. NVIDIA CUDA - GPGPU computing battle royale