Graphic cards

GeForce GTX 580

About NVIDIA GeForce GTX 580

NVIDIA GeForce GTX 580 is graphic card manufactured by NVIDIA and launched in Q3 2012 . It's using PCIe 2.0 x16 bus type. It has core clock of 772 MHz and 3072 MB (3GB) of memory . It supports DirectX 11 and OpenGL 4.5 . This graphic card is used in Desktop devices and can consume up to 244 watts of power .

Component specifications

Desktop
Used in

NVIDIA
Factory

PCIe 2.0 x16
Motherboard Bus

Q3 2012
Launched

1536 - 3072 MB
Memory

772 - 900 MHz
Core Clock

4008 - 4212 MHz
Effective Clock

DirectX 11
DirectX

OpenGL 4.5
OpenGL

244 - 488 W
Thermal Design Power (TDP)

266 - 330 mm
Length

1 - 3
Cooling Fans

1 - 3
Case Slots

4-way
SLI

Overall Score 34362

Benchmark Score 11808

2D Benchmark Score 475.1

Future Proof 21%

Component performance

40.9 FPS
Average DirectX performance

87.3 FPS
DirectX 9 performance

21.8 FPS
DirectX 10 performance

39.7 FPS
DirectX 11 performance

14.9 FPS
DirectX 12 performance

1457.7 operations/s
Graphic card computing

Compatible processors

Processors that best works with GeForce GTX 580 on 1920 × 1080 (FHD (1080p)) resolution in general tasks.

	Core i7-3770	Desktop Used in	Q1 2012 Launched	LGA1155 Socket	3.4 GHz Clock	4 Cores	Bottleneck calculation	77 W Thermal Design Power TDP

Bottleneck calculation		3.4 GHz Clock	3.9 GHz Turbo Clock	4 Cores	8 Threads
	Core i7-3770K	Desktop Used in	Q2 2012 Launched	LGA1155 Socket	3.5 GHz Clock	4 Cores	Bottleneck calculation	77 W Thermal Design Power TDP

Bottleneck calculation		3.5 GHz Clock	3.9 GHz Turbo Clock	4 Cores	8 Threads
	Core i5-7600	Desktop Used in	Q1 2017 Launched	FCLGA1151 Socket	3.5 GHz Clock	4 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		3.5 GHz Clock	4.1 GHz Turbo Clock	4 Cores	4 Threads
	Core i7-4790T	Desktop Used in	Q2 2014 Launched	LGA1150 Socket	2.7 GHz Clock	4 Cores	Bottleneck calculation	45 W Thermal Design Power TDP

Bottleneck calculation		2.7 GHz Clock	3.9 GHz Turbo Clock	4 Cores	8 Threads
	Ryzen 3 PRO 2200GE	Desktop Used in	Q2 2018 Launched	AM4 Socket	3.2 GHz Clock	4 Cores	Bottleneck calculation	35 W Thermal Design Power TDP

Bottleneck calculation		3.2 GHz Clock	3.6 GHz Turbo Clock	4 Cores	4 Threads
	Core i7-4820K	Desktop Used in	Q3 2013 Launched	FCLGA2011 Socket	3.7 GHz Clock	4 Cores	Bottleneck calculation	130 W Thermal Design Power TDP

Bottleneck calculation		3.7 GHz Clock	3.9 GHz Turbo Clock	4 Cores	8 Threads
	Core i7-970	Desktop Used in	Q3 2010 Launched	LGA1366 Socket	3.2 GHz Clock	6 Cores	Bottleneck calculation	130 W Thermal Design Power TDP

Bottleneck calculation		3.2 GHz Clock	3.5 GHz Turbo Clock	6 Cores	12 Threads
	Core i5-7500	Desktop Used in	Q4 2016 Launched	LGA1151 Socket	3.4 GHz Clock	4 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		3.4 GHz Clock	3.8 GHz Turbo Clock	4 Cores	4 Threads
	Core i3-8100	Desktop Used in	Q4 2017 Launched	FCLGA1151-2 Socket	3.6 GHz Clock	4 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		3.6 GHz Clock		4 Cores	4 Threads
	Core i5-6600K	Desktop Used in	Q3 2015 Launched	FCLGA1151 Socket	3.5 GHz Clock	4 Cores	Bottleneck calculation	91 W Thermal Design Power TDP

Bottleneck calculation		3.5 GHz Clock	3.9 GHz Turbo Clock	4 Cores	4 Threads
	Core i5-6600	Desktop Used in	Q3 2015 Launched	LGA1151 Socket	3.3 GHz Clock	4 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		3.3 GHz Clock	3.9 GHz Turbo Clock	4 Cores	4 Threads
	FX-8350	Desktop Used in	Q4 2012 Launched	AM3+ Socket	4 GHz Clock	8 Cores	Bottleneck calculation	125 W Thermal Design Power TDP

Bottleneck calculation		4 GHz Clock	4.2 GHz Turbo Clock	8 Cores	8 Threads
	Ryzen 3 1200	Desktop Used in	Q2 2017 Launched	AM4 Socket	3.1 GHz Clock	4 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		3.1 GHz Clock	3.4 GHz Turbo Clock	4 Cores	4 Threads
	Core i7-3770S	Desktop Used in	Q2 2012 Launched	LGA1155 Socket	3.1 GHz Clock	4 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		3.1 GHz Clock	3.9 GHz Turbo Clock	4 Cores	8 Threads
	Core i5-7600T	Desktop Used in	Q1 2017 Launched	FCLGA1151 Socket	2.8 GHz Clock	4 Cores	Bottleneck calculation	35 W Thermal Design Power TDP

Bottleneck calculation		2.8 GHz Clock	3.7 GHz Turbo Clock	4 Cores	4 Threads
	Core i7-4770T	Desktop Used in	Q1 2013 Launched	LGA1150 Socket	2.5 GHz Clock	4 Cores	Bottleneck calculation	45 W Thermal Design Power TDP

Bottleneck calculation		2.5 GHz Clock	3.7 GHz Turbo Clock	4 Cores	8 Threads
	Ryzen 3 2200GE	Desktop Used in	Q3 2018 Launched	AM4 Socket	3.2 GHz Clock	4 Cores	Bottleneck calculation	35 W Thermal Design Power TDP

Bottleneck calculation		3.2 GHz Clock	3.6 GHz Turbo Clock	4 Cores	4 Threads
	Ryzen 3 PRO 1200	Desktop Used in	Q3 2017 Launched	AM4 Socket	3.1 GHz Clock	4 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		3.1 GHz Clock	3.4 GHz Turbo Clock	4 Cores	4 Threads
	Core i7-6700TE	Desktop Used in	Q2 2016 Launched	LGA1151 Socket	2.4 GHz Clock	4 Cores	Bottleneck calculation	35 W Thermal Design Power TDP

Bottleneck calculation		2.4 GHz Clock	3.4 GHz Turbo Clock	4 Cores	8 Threads
	FX-9370	Desktop Used in	Q3 2013 Launched	AM3+ Socket	4.4 GHz Clock	8 Cores	Bottleneck calculation	220 W Thermal Design Power TDP

Bottleneck calculation		4.4 GHz Clock	4.7 GHz Turbo Clock	8 Cores	8 Threads
	FX-8370	Desktop Used in	Q3 2014 Launched	AM3+ Socket	4 GHz Clock	8 Cores	Bottleneck calculation	125 W Thermal Design Power TDP

Bottleneck calculation		4 GHz Clock	4.3 GHz Turbo Clock	8 Cores	8 Threads
	Core i3-8300	Desktop Used in	Q2 2018 Launched	FCLGA1151-2 Socket	3.7 GHz Clock	4 Cores	Bottleneck calculation	62 W Thermal Design Power TDP

Bottleneck calculation		3.7 GHz Clock		4 Cores	4 Threads
	Core i5-6500	Desktop Used in	Q3 2015 Launched	LGA1151 Socket	3.2 GHz Clock	4 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		3.2 GHz Clock	3.6 GHz Turbo Clock	4 Cores	4 Threads
	Core i5-4590	Desktop Used in	Q2 2014 Launched	LGA1150 Socket	3.3 GHz Clock	4 Cores	Bottleneck calculation	84 W Thermal Design Power TDP

Bottleneck calculation		3.3 GHz Clock	3.7 GHz Turbo Clock	4 Cores	4 Threads
	Core i5-7400	Desktop Used in	Q1 2017 Launched	FCLGA1151 Socket	3 GHz Clock	4 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		3 GHz Clock	3.5 GHz Turbo Clock	4 Cores	4 Threads
	Core i7-2600	Desktop Used in	Q4 2010 Launched	LGA1155 Socket	3.4 GHz Clock	4 Cores	Bottleneck calculation	95 W Thermal Design Power TDP

Bottleneck calculation		3.4 GHz Clock	3.8 GHz Turbo Clock	4 Cores	8 Threads
	Xeon E3-1240 V2	Server Used in	Q3 2012 Launched	LGA1155 Socket	3.4 GHz Clock	4 Cores	Bottleneck calculation	69 W Thermal Design Power TDP

Bottleneck calculation		3.4 GHz Clock	3.8 GHz Turbo Clock	4 Cores	8 Threads
	Xeon E5-2420 v2	Server Used in	Q2 2014 Launched	FCLGA1356 Socket	2.2 GHz Clock	6 Cores	Bottleneck calculation	80 W Thermal Design Power TDP

Bottleneck calculation		2.2 GHz Clock	2.7 GHz Turbo Clock	6 Cores	12 Threads
	Xeon E5-2637 v2	Server Used in	Q1 2014 Launched	LGA2011 Socket	3.5 GHz Clock	4 Cores	Bottleneck calculation	130 W Thermal Design Power TDP

Bottleneck calculation		3.5 GHz Clock	3.8 GHz Turbo Clock	4 Cores	8 Threads
	Xeon X5675	Server Used in	Q1 2011 Launched	LGA1366 Socket	3.1 GHz Clock	6 Cores	Bottleneck calculation	95 W Thermal Design Power TDP

Bottleneck calculation		3.1 GHz Clock	3.5 GHz Turbo Clock	6 Cores	12 Threads
	Xeon W3670	Server Used in	Q2 2011 Launched	LGA1366 Socket	3.2 GHz Clock	6 Cores	Bottleneck calculation	130 W Thermal Design Power TDP

Bottleneck calculation		3.2 GHz Clock	3.5 GHz Turbo Clock	6 Cores	12 Threads
	Xeon Silver 4112	Server Used in	Q1 2018 Launched	FCLGA3647 Socket	2.6 GHz Clock	4 Cores	Bottleneck calculation	85 W Thermal Design Power TDP

Bottleneck calculation		2.6 GHz Clock	3 GHz Turbo Clock	4 Cores	8 Threads
	Xeon E3-1270 V2	Server Used in	Q3 2012 Launched	LGA1155 Socket	3.5 GHz Clock	4 Cores	Bottleneck calculation	69 W Thermal Design Power TDP

Bottleneck calculation		3.5 GHz Clock	3.9 GHz Turbo Clock	4 Cores	8 Threads
	Xeon E3-1290 V2	Server Used in	Q2 2012 Launched	LGA1155 Socket	3.7 GHz Clock	4 Cores	Bottleneck calculation	87 W Thermal Design Power TDP

Bottleneck calculation		3.7 GHz Clock	4.1 GHz Turbo Clock	4 Cores	8 Threads
	Xeon E5-1620 v2	Server Used in	Q3 2013 Launched	FCLGA2011 Socket	3.7 GHz Clock	4 Cores	Bottleneck calculation	130 W Thermal Design Power TDP

Bottleneck calculation		3.7 GHz Clock	3.9 GHz Turbo Clock	4 Cores	8 Threads
	Xeon E3-1280 V2	Server Used in	Q2 2012 Launched	LGA1155 Socket	3.6 GHz Clock	4 Cores	Bottleneck calculation	69 W Thermal Design Power TDP

Bottleneck calculation		3.6 GHz Clock	4 GHz Turbo Clock	4 Cores	8 Threads
	Xeon E5-1620	Server Used in	Q2 2012 Launched	LGA2011 Socket	3.6 GHz Clock	4 Cores	Bottleneck calculation	130 W Thermal Design Power TDP

Bottleneck calculation		3.6 GHz Clock	3.8 GHz Turbo Clock	4 Cores	8 Threads
	Xeon E3-1225 v5	Server Used in	Q1 2016 Launched	FCLGA1151 Socket	3.3 GHz Clock	4 Cores	Bottleneck calculation	80 W Thermal Design Power TDP

Bottleneck calculation		3.3 GHz Clock	3.7 GHz Turbo Clock	4 Cores	4 Threads
	Xeon X5660	Server Used in	Q2 2010 Launched	LGA1366 Socket	2.8 GHz Clock	6 Cores	Bottleneck calculation	95 W Thermal Design Power TDP

Bottleneck calculation		2.8 GHz Clock	3.2 GHz Turbo Clock	6 Cores	12 Threads
	Xeon X5670	Server Used in	Q1 2010 Launched	LGA1366 Socket	2.9 GHz Clock	6 Cores	Bottleneck calculation	95 W Thermal Design Power TDP

Bottleneck calculation		2.9 GHz Clock	3.3 GHz Turbo Clock	6 Cores	12 Threads
	Xeon E5-2440	Server Used in	Q1 2014 Launched	LGA1356 Socket	2.4 GHz Clock	6 Cores	Bottleneck calculation	95 W Thermal Design Power TDP

Bottleneck calculation		2.4 GHz Clock	2.7 GHz Turbo Clock	6 Cores	12 Threads
	Xeon E5-2630	Server Used in	Q2 2012 Launched	LGA2011 Socket	2.3 GHz Clock	6 Cores	Bottleneck calculation	95 W Thermal Design Power TDP

Bottleneck calculation		2.3 GHz Clock	2.8 GHz Turbo Clock	6 Cores	12 Threads
	Xeon E3-1230 V2	Server Used in	Q2 2012 Launched	LGA1155 Socket	3.3 GHz Clock	4 Cores	Bottleneck calculation	69 W Thermal Design Power TDP

Bottleneck calculation		3.3 GHz Clock	3.7 GHz Turbo Clock	4 Cores	8 Threads
	Xeon E5-2650L	Server Used in	Q1 2012 Launched	LGA2011 Socket	1.8 GHz Clock	8 Cores	Bottleneck calculation	70 W Thermal Design Power TDP

Bottleneck calculation		1.8 GHz Clock	2.3 GHz Turbo Clock	8 Cores	16 Threads
	Xeon E3-1265L v3	Server Used in	Q1 2012 Launched	FCLGA1150 Socket	2.5 GHz Clock	4 Cores	Bottleneck calculation	45 W Thermal Design Power TDP

Bottleneck calculation		2.5 GHz Clock	3.7 GHz Turbo Clock	4 Cores	8 Threads
	Xeon E5-2620 v2	Server Used in	Q3 2013 Launched	FCLGA2011 Socket	2.1 GHz Clock	6 Cores	Bottleneck calculation	80 W Thermal Design Power TDP

Bottleneck calculation		2.1 GHz Clock	2.6 GHz Turbo Clock	6 Cores	12 Threads
	Xeon E3-1275L v3	Server Used in	Q1 2015 Launched	LGA1150 Socket	2.7 GHz Clock	4 Cores	Bottleneck calculation	45 W Thermal Design Power TDP

Bottleneck calculation		2.7 GHz Clock	3.9 GHz Turbo Clock	4 Cores	8 Threads
	Xeon E5-4617	Server Used in	Q1 2014 Launched	LGA2011 Socket	2.9 GHz Clock	6 Cores	Bottleneck calculation	130 W Thermal Design Power TDP

Bottleneck calculation		2.9 GHz Clock	3.4 GHz Turbo Clock	6 Cores	6 Threads
	Xeon E3-1245 V2	Server Used in	Q2 2012 Launched	LGA1155 Socket	3.4 GHz Clock	4 Cores	Bottleneck calculation	77 W Thermal Design Power TDP

Bottleneck calculation		3.4 GHz Clock	3.8 GHz Turbo Clock	4 Cores	8 Threads
	Xeon E5-2640	Server Used in	Q2 2012 Launched	LGA2011 Socket	2.5 GHz Clock	6 Cores	Bottleneck calculation	95 W Thermal Design Power TDP

Bottleneck calculation		2.5 GHz Clock	3 GHz Turbo Clock	6 Cores	12 Threads

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Average frames per second

NVIDIA GeForce GTX 580 can run games with frames per second ranging from 72.1 FPS up to 217.9 FPS depending on game settings with 1920 × 1080 (FHD (1080p)) resolution.

On ultra settings this processor can achieve on average around 72.1 FPS .
On high settings this processor can achieve on average around 129.7 FPS .
On medium settings this processor can achieve on average around 155.7 FPS .
On low settings this processor can achieve on average around 217.9 FPS .

Grand Theft Auto V

Frames per second calculator

Game Grand Theft Auto V

Screen Resolution 1920 × 1080 (FHD (1080p))

Graphic card NVIDIA GeForce GTX 580

Number of frames per second for NVIDIA GeForce GTX 580 graphic card in Grand Theft Auto V game with 1920 × 1080 (FHD (1080p)) resolution. When there isn't bottleneck in configuration, NVIDIA GeForce GTX 580 can achieve from 45.6 FPS up to 207.1 FPS frames per second while running Grand Theft Auto V game on 1920 x 1080 (FHD (1080p)) resolution.

On ultra settings NVIDIA GeForce GTX 580 can achieve from 45.6 FPS up to 68.5 FPS , with average around 57.1 FPS .
On high settings NVIDIA GeForce GTX 580 can achieve from 82.2 FPS up to 123.3 FPS , with average around 102.8 FPS .
On medium settings NVIDIA GeForce GTX 580 can achieve from 98.6 FPS up to 148.0 FPS , with average around 123.4 FPS .
On low settings NVIDIA GeForce GTX 580 can achieve from 138.0 FPS up to 207.1 FPS , with average around 172.7 FPS .

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	GeForce GTX 760	Desktop Used in	Q2 2013 Launched	PCIe 3.0 x16 Motherboard Bus	980 MHz Core Clock	4096 MB Memory	Compare

Compare		980 MHz Core Clock	4096 MB Memory	170 W Thermal Design Power TDP
	Radeon HD 7870	Desktop Used in	Q2 2012 Launched	PCIe 3.0 x16 Motherboard Bus	1000 MHz Core Clock	2048 MB Memory	Compare

Compare		1000 MHz Core Clock	2048 MB Memory	175 W Thermal Design Power TDP
	Radeon HD 7870 XT	Desktop Used in	Q2 2013 Launched	PCIe 3.0 x16 Motherboard Bus	925 MHz Core Clock	2048 MB Memory	Compare

Compare		925 MHz Core Clock	2048 MB Memory	185 W Thermal Design Power TDP
	GeForce GTX 660 Ti	Desktop Used in	Q3 2012 Launched	PCIe 3.0 x16 Motherboard Bus	915 MHz Core Clock	3072 MB Memory	Compare

Compare		915 MHz Core Clock	3072 MB Memory	150 W Thermal Design Power TDP
	Radeon R7 370	Desktop Used in	Q4 2013 Launched	PCIe 3.0 x16 Motherboard Bus	1075 MHz Core Clock	2048 MB Memory	Compare

Compare		1075 MHz Core Clock	2048 MB Memory	150 W Thermal Design Power TDP
	Radeon Eng Sample: 100-000000560-40_Y	Desktop Used in	Q4 2023 Launched				Compare

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	Radeon Sky 500	Desktop Used in	Q2 2019 Launched				Compare

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	Radeon HD 7950	Desktop Used in	Q2 2012 Launched	PCIe 3.0 x16 Motherboard Bus	850 MHz Core Clock	3072 MB Memory	Compare

Compare		850 MHz Core Clock	3072 MB Memory	200 W Thermal Design Power TDP
	Radeon R9 270	Desktop Used in	Q4 2013 Launched	PCIe 3.0 x16 Motherboard Bus	1000 MHz Core Clock	2048 MB Memory	Compare

Compare		1000 MHz Core Clock	2048 MB Memory	150 W Thermal Design Power TDP
	Radeon R9 270X	Desktop Used in	Q4 2013 Launched	PCIe 3.0 x16 Motherboard Bus	1000 MHz Core Clock	4096 MB Memory	Compare

Compare		1000 MHz Core Clock	4096 MB Memory	180 W Thermal Design Power TDP

Note: We may earn a commission from qualifying purchases made through the links to participating retailers on this site.

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GeForce GTX 580

About NVIDIA GeForce GTX 580

Component specifications

Component performance

Compatible processors

Core i7-3770

Core i7-3770K

Core i5-7600

Core i7-4790T

Ryzen 3 PRO 2200GE

Core i7-4820K

Core i7-970

Core i5-7500

Core i3-8100

Core i5-6600K

Core i5-6600

FX-8350

Ryzen 3 1200

Core i7-3770S

Core i5-7600T

Core i7-4770T

Ryzen 3 2200GE

Ryzen 3 PRO 1200

Core i7-6700TE

FX-9370

FX-8370

Core i3-8300

Core i5-6500

Core i5-4590

Core i5-7400

Core i7-2600

Xeon E3-1240 V2

Xeon E5-2420 v2

Xeon E5-2637 v2

Xeon X5675

Xeon W3670

Xeon Silver 4112

Xeon E3-1270 V2

Xeon E3-1290 V2

Xeon E5-1620 v2

Xeon E3-1280 V2

Xeon E5-1620

Xeon E3-1225 v5

Xeon X5660

Xeon X5670

Xeon E5-2440

Xeon E5-2630

Xeon E3-1230 V2

Xeon E5-2650L

Xeon E3-1265L v3

Xeon E5-2620 v2

Xeon E3-1275L v3

Xeon E5-4617

Xeon E3-1245 V2

Xeon E5-2640

Average frames per second

Frames per second calculator Settings

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Radeon RX 6600 (Amazon)

GeForce RTX 4060 Ti (Amazon)
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GeForce RTX 3060 (Amazon)

GeForce RTX 4070 SUPER (Amazon)
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GeForce RTX 4060 (Amazon)

Radeon RX 6600 (Amazon)
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GeForce RTX 3060 Ti (Amazon)

GeForce RTX 4070 (Amazon)
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GeForce RTX 4060 (Amazon)

GeForce RTX 3060 Ti (Amazon)
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GeForce RTX 3070 (Amazon)

Radeon RX 580 (Amazon)
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GeForce GTX 1660 SUPER (Amazon)

GeForce RTX 4070 Ti SUPER (Amazon)
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GeForce RTX 4060 (Amazon)

GeForce GTX 1660 SUPER (Amazon)
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GeForce RTX 3050 (Amazon)

Frames per second calculator