Graphic Cards

Radeon Pro Vega 48

Component specifications

Workstation
Used in

AMD
Factory

Q3 2019
Launched

Overall Score 7871

Benchmark Score 28952

2D Benchmark Score 794.2

Future proof 75%

About AMD Radeon Pro Vega 48

AMD Radeon Pro Vega 48 is graphic card manufactured by AMD and launched in Q3 2019 . This graphic card is used in Workstation devices .

Component performance

131.2 FPS
Average DirectX Performance

169 FPS
DirectX 9 Performance

130.9 FPS
DirectX 10 Performance

173 FPS
DirectX 11 Performance

51.8 FPS
DirectX 12 Performance

4126.3 operations/s
Graphic card computing

Compatible processors

Processors that best works with Radeon Pro Vega 48 on 1920 × 1080 (FHD (1080p)) resolution in general tasks.

	Xeon W3503	Server Used in	Q2 2009 Launched	LGA1366 Socket	2.4 GHz Clock	2 Cores	Bottleneck calculation	130 W Thermal Design Power TDP

Bottleneck calculation		2.4 GHz Clock		2 Cores	2 Threads
	Pentium E5700	Desktop Used in	Q3 2010 Launched	LGA775 Socket	3 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		3 GHz Clock		2 Cores	2 Threads
	Pentium G6950	Desktop Used in	Q1 2010 Launched	LGA1156 Socket	2.8 GHz Clock	2 Cores	Bottleneck calculation	73 W Thermal Design Power TDP

Bottleneck calculation		2.8 GHz Clock		2 Cores	2 Threads
	Atom E3845	Desktop Used in	Q2 2014 Launched	FCBGA1170 Socket	1.9 GHz Clock	4 Cores	Bottleneck calculation	10 W Thermal Design Power TDP

Bottleneck calculation		1.9 GHz Clock		4 Cores	4 Threads
	Athlon II X2 245	Desktop Used in	Q3 2009 Launched	AM3 Socket	2.9 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.9 GHz Clock		2 Cores	2 Threads
	Core2 Duo E8300	Desktop Used in	Q4 2008 Launched	LGA775 Socket	2.8 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.8 GHz Clock		2 Cores	2 Threads
	Athlon II X2 B22	Desktop Used in	Q1 2010 Launched	AM3 Socket	2.8 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.8 GHz Clock		2 Cores	2 Threads
	Athlon 7850	Desktop Used in	Q2 2009 Launched	AM2+ Socket	2.8 GHz Clock	2 Cores	Bottleneck calculation	95 W Thermal Design Power TDP

Bottleneck calculation		2.8 GHz Clock		2 Cores	2 Threads
	Pentium E6300	Desktop Used in	Q2 2009 Launched	LGA775 Socket	2.8 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.8 GHz Clock		2 Cores	2 Threads
	Pentium G630T	Desktop Used in	Q4 2011 Launched	LGA1155 Socket	2.3 GHz Clock	2 Cores	Bottleneck calculation	35 W Thermal Design Power TDP

Bottleneck calculation		2.3 GHz Clock		2 Cores	2 Threads
	Athlon II X2 220	Desktop Used in	Q2 2010 Launched	AM3 Socket	2.8 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.8 GHz Clock		2 Cores	2 Threads
	Xeon 3070	Server Used in	Q2 2010 Launched	LGA775 Socket	2.7 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.7 GHz Clock		2 Cores	2 Threads
	Pentium E5500	Desktop Used in	Q2 2010 Launched	LGA775 Socket	2.8 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.8 GHz Clock		2 Cores	2 Threads
	Athlon II X2 240e	Desktop Used in	Q4 2009 Launched	AM3 Socket	2.8 GHz Clock	2 Cores	Bottleneck calculation	45 W Thermal Design Power TDP

Bottleneck calculation		2.8 GHz Clock		2 Cores	2 Threads
	Core2 Duo E6750	Desktop Used in	Q4 2008 Launched	LGA775 Socket	2.7 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.7 GHz Clock		2 Cores	2 Threads
	Core i3-3229Y	Desktop Used in	Q1 2013 Launched	BGA1023 Socket	1.4 GHz Clock	2 Cores	Bottleneck calculation	13 W Thermal Design Power TDP

Bottleneck calculation		1.4 GHz Clock		2 Cores	4 Threads
	Core2 Duo E7400	Desktop Used in	Q4 2008 Launched	LGA775 Socket	2.8 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.8 GHz Clock		2 Cores	2 Threads
	Pentium Extreme Edition 965	Desktop Used in	Q1 2009 Launched	PLGA775 Socket	3.7 GHz Clock	2 Cores	Bottleneck calculation	130 W Thermal Design Power TDP

Bottleneck calculation		3.7 GHz Clock		2 Cores	4 Threads
	Core2 Duo E6700	Desktop Used in	Q1 2010 Launched	LGA775 Socket	2.7 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.7 GHz Clock		2 Cores	2 Threads
	Athlon 64 X2 6400+	Desktop Used in	Q4 2008 Launched	AM2 Socket	3.2 GHz Clock	2 Cores	Bottleneck calculation	125 W Thermal Design Power TDP

Bottleneck calculation		3.2 GHz Clock		2 Cores	2 Threads
	Athlon II X2 240	Desktop Used in	Q3 2009 Launched	AM3 Socket	2.8 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.8 GHz Clock		2 Cores	2 Threads
	Core2 Duo E7200	Desktop Used in	Q4 2008 Launched	LGA775 Socket	2.5 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.5 GHz Clock		2 Cores	2 Threads
	Xeon 5160	Server Used in	Q1 2009 Launched	LGA771 Socket	3 GHz Clock	2 Cores	Bottleneck calculation	80 W Thermal Design Power TDP

Bottleneck calculation		3 GHz Clock		2 Cores	2 Threads
	Athlon 7750	Desktop Used in	Q1 2009 Launched	AM2+ Socket	2.7 GHz Clock	2 Cores	Bottleneck calculation	95 W Thermal Design Power TDP

Bottleneck calculation		2.7 GHz Clock		2 Cores	2 Threads
	Athlon II X2 215	Desktop Used in	Q3 2009 Launched	AM3 Socket	2.7 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.7 GHz Clock		2 Cores	2 Threads
	E2-3200	Desktop Used in	Q4 2011 Launched	FM1 Socket	2.4 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.4 GHz Clock		2 Cores	2 Threads
	A4-3300	Desktop Used in	Q4 2011 Launched	FM1 Socket	2.5 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.5 GHz Clock		2 Cores	2 Threads
	Core2 Duo E7300	Desktop Used in	Q4 2008 Launched	LGA775 Socket	2.7 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.7 GHz Clock		2 Cores	2 Threads
	Pentium E5400	Desktop Used in	Q2 2009 Launched	LGA775 Socket	2.7 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.7 GHz Clock		2 Cores	2 Threads
	Athlon 64 FX-62	Desktop Used in	Q1 2009 Launched	AM2 Socket	2.8 GHz Clock	2 Cores	Bottleneck calculation	125 W Thermal Design Power TDP

Bottleneck calculation		2.8 GHz Clock		2 Cores	2 Threads
	Athlon 64 X2 6000+	Desktop Used in	Q4 2008 Launched	AM2 Socket	3 GHz Clock	2 Cores	Bottleneck calculation	89 W Thermal Design Power TDP

Bottleneck calculation		3 GHz Clock		2 Cores	2 Threads
	Celeron E3500	Desktop Used in	Q1 2011 Launched	LGA775 Socket	2.7 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.7 GHz Clock		2 Cores	2 Threads
	Core2 Duo E6600	Desktop Used in	Q4 2008 Launched	PLGA775 Socket	2.4 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.4 GHz Clock		2 Cores	2 Threads
	Athlon 64 X2 5600+	Desktop Used in	Q4 2008 Launched	AM2 Socket	2.8 GHz Clock	2 Cores	Bottleneck calculation	89 W Thermal Design Power TDP

Bottleneck calculation		2.8 GHz Clock		2 Cores	2 Threads
	Athlon 64 X2 5400+	Desktop Used in	Q4 2008 Launched	AM2 Socket	2.8 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.8 GHz Clock		2 Cores	2 Threads
	Pentium E5300	Desktop Used in	Q2 2009 Launched	LGA775 Socket	2.6 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.6 GHz Clock		2 Cores	2 Threads
	Xeon	Server Used in	Q2 2009 Launched		3.7 GHz Clock	2 Cores	Bottleneck calculation

Bottleneck calculation		3.7 GHz Clock		2 Cores	4 Threads
	Pentium G620T	Desktop Used in	Q3 2011 Launched	LGA1155 Socket	2.2 GHz Clock	2 Cores	Bottleneck calculation	35 W Thermal Design Power TDP

Bottleneck calculation		2.2 GHz Clock		2 Cores	2 Threads
	Athlon 5000	Desktop Used in	Q4 2009 Launched	AM2,AM2+ Socket	2.2 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.2 GHz Clock		2 Cores	2 Threads
	Athlon 5200	Desktop Used in	Q4 2010 Launched	AM2 Socket	2.7 GHz Clock	2 Cores	Bottleneck calculation	75 W Thermal Design Power TDP

Bottleneck calculation		2.7 GHz Clock		2 Cores	2 Threads
	Xeon 3065	Server Used in	Q2 2009 Launched	LGA775 Socket	2.3 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.3 GHz Clock		2 Cores	2 Threads
	Core2 Duo E6550	Desktop Used in	Q4 2008 Launched	LGA775 Socket	2.3 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.3 GHz Clock		2 Cores	2 Threads
	Athlon 7550	Desktop Used in	Q2 2009 Launched	AM2+ Socket	2.5 GHz Clock	2 Cores	Bottleneck calculation	95 W Thermal Design Power TDP

Bottleneck calculation		2.5 GHz Clock		2 Cores	2 Threads
	Pentium E5200	Desktop Used in	Q2 2009 Launched	LGA775 Socket	2.5 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.5 GHz Clock		2 Cores	2 Threads
	Xeon 5140	Server Used in	Q1 2009 Launched	LGA771 Socket	2.3 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.3 GHz Clock		2 Cores	2 Threads
	Core2 Duo E4600	Desktop Used in	Q4 2008 Launched	LGA775 Socket	2.4 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.4 GHz Clock		2 Cores	2 Threads
	Athlon 64 X2 5200+	Desktop Used in	Q4 2008 Launched	AM2 Socket	2.7 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.7 GHz Clock		2 Cores	2 Threads
	Xeon 3050	Server Used in	Q1 2009 Launched	LGA775 Socket	2.1 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.1 GHz Clock		2 Cores	2 Threads
	Xeon 5150	Server Used in	Q1 2009 Launched	LGA771 Socket	2.7 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.7 GHz Clock		2 Cores	2 Threads
	Celeron E3200	Desktop Used in	Q3 2009 Launched	LGA775 Socket	2.4 GHz Clock	2 Cores	Bottleneck calculation	65 W Thermal Design Power TDP

Bottleneck calculation		2.4 GHz Clock		2 Cores	2 Threads

Average frames per second

Radeon Pro Vega 48 can run games with frames per second ranging from 79.2 FPS up to 226.2 FPS depending on game settings.

On ultra settings this processor can achieve on average around 79.2 FPS .
On high settings this processor can achieve on average around 151.3 FPS .
On medium settings this processor can achieve on average around 164.0 FPS .
On low settings this processor can achieve on average around 226.2 FPS .

Grand Theft Auto V

Frames per second calculator

game Grand Theft Auto V

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

Graphic Card AMD Radeon Pro Vega 48

Number of frames per second for AMD Radeon Pro Vega 48 graphic card in Grand Theft Auto V game with 1920 × 1080 (FHD (1080p)) resolution. When there isn't bottleneck in configuration, AMD Radeon Pro Vega 48 can achieve from 45.3 FPS up to 325.3 FPS frames per second while running Grand Theft Auto V game on 1920 x 1080 (FHD (1080p)) resolution.

On ultra settings AMD Radeon Pro Vega 48 can achieve from 45.3 FPS up to 114.0 FPS , with average around 65.1 FPS .
On high settings AMD Radeon Pro Vega 48 can achieve from 86.6 FPS up to 217.7 FPS , with average around 124.4 FPS .
On medium settings AMD Radeon Pro Vega 48 can achieve from 93.8 FPS up to 235.9 FPS , with average around 134.8 FPS .
On low settings AMD Radeon Pro Vega 48 can achieve from 129.4 FPS up to 325.3 FPS , with average around 185.9 FPS .

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	Radeon RX 5600	Desktop Used in	Q2 2020 Launched	PCIe 4.0 x16 Motherboard Bus	1130 MHz Core Clock	6144 MB Memory	Compare

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	Quadro P4000	Workstation Used in	Q1 2017 Launched	PCIe 3.0 x16 Motherboard Bus	1227 MHz Core Clock	8192 MB Memory	Compare

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	GeForce GTX 980	Desktop Used in	Q3 2014 Launched	PCIe 3.0 x16 Motherboard Bus	1126 MHz Core Clock	4096 MB Memory	Compare

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	Quadro RTX 3000	Mobile Used in	Q3 2019 Launched	PCIe 3.0 x16 Motherboard Bus	945 MHz Core Clock	6144 MB Memory	Compare

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Graphic Cards

Radeon Pro Vega 48

Component specifications

About AMD Radeon Pro Vega 48

Component performance

Compatible processors

Xeon W3503

Pentium E5700

Pentium G6950

Atom E3845

Athlon II X2 245

Core2 Duo E8300

Athlon II X2 B22

Athlon 7850

Pentium E6300

Pentium G630T

Athlon II X2 220

Xeon 3070

Pentium E5500

Athlon II X2 240e

Core2 Duo E6750

Core i3-3229Y

Core2 Duo E7400

Pentium Extreme Edition 965

Core2 Duo E6700

Athlon 64 X2 6400+

Athlon II X2 240

Core2 Duo E7200

Xeon 5160

Athlon 7750

Athlon II X2 215

E2-3200

A4-3300

Core2 Duo E7300

Pentium E5400

Athlon 64 FX-62

Athlon 64 X2 6000+

Celeron E3500

Core2 Duo E6600

Athlon 64 X2 5600+

Athlon 64 X2 5400+

Pentium E5300

Xeon

Pentium G620T

Athlon 5000

Athlon 5200

Xeon 3065

Core2 Duo E6550

Athlon 7550

Pentium E5200

Xeon 5140

Core2 Duo E4600

Athlon 64 X2 5200+

Xeon 3050

Xeon 5150

Celeron E3200

Average frames per second

Grand Theft Auto V

Frames per second calculator Settings

Similar graphic cards

GeForce RTX 2060

Radeon RX 5600

Quadro P4000

GeForce GTX 980

GeForce GTX 1080 (Max-Q Design)

Quadro RTX 3000

GeForce GTX 1660

Quadro P4200 (Max-Q Design)

GeForce GTX 1660 Ti

Quadro M6000

Configuration Settings

General Tasks

Processor Intense Tasks

Graphic Card Intense Tasks

Frames per second calculator