Graphic cards

RTX 4000 Ada Generation

About NVIDIA RTX 4000 Ada Generation

NVIDIA RTX 4000 Ada Generation is graphic card manufactured by NVIDIA and launched in Q4 2023 . This graphic card is used in Desktop devices .

Component specifications

Desktop
Used in

NVIDIA
Factory

Q4 2023
Launched

Overall Score 81168

Benchmark Score 65882

2D Benchmark Score 1099.1

Future Proof 96%

Component performance

190.1 FPS
Average DirectX performance

309.5 FPS
DirectX 9 performance

128.9 FPS
DirectX 10 performance

212.1 FPS
DirectX 11 performance

110 FPS
DirectX 12 performance

12647.2 operations/s
Graphic card computing

Compatible processors

Processors that best works with RTX 4000 Ada Generation on 1920 × 1080 (FHD (1080p)) resolution in general tasks.

	Ryzen Threadripper PRO 7995WX	Desktop Used in	Q4 2023 Launched	sTR5 Socket	2.5 GHz Clock	96 Cores	Bottleneck calculation	350 W Thermal Design Power TDP

Bottleneck calculation		2.5 GHz Clock	5.1 GHz Turbo Clock	96 Cores	192 Threads
	Ryzen Threadripper PRO 7985WX	Desktop Used in	Q4 2023 Launched	sTR5 Socket	3.2 GHz Clock	64 Cores	Bottleneck calculation	350 W Thermal Design Power TDP

Bottleneck calculation		3.2 GHz Clock	5.1 GHz Turbo Clock	64 Cores	128 Threads
	Ryzen Threadripper 7980X	Desktop Used in	Q4 2023 Launched	sTR5 Socket	3.2 GHz Clock	64 Cores	Bottleneck calculation	350 W Thermal Design Power TDP

Bottleneck calculation		3.2 GHz Clock	5.1 GHz Turbo Clock	64 Cores	128 Threads
	Ryzen Threadripper 7970X	Desktop Used in	Q4 2023 Launched	sTR5 Socket	4 GHz Clock	32 Cores	Bottleneck calculation	350 W Thermal Design Power TDP

Bottleneck calculation		4 GHz Clock	5.3 GHz Turbo Clock	32 Cores	64 Threads
	Ryzen Threadripper PRO 7975WX	Desktop Used in	Q4 2023 Launched	sTR5 Socket	4 GHz Clock	32 Cores	Bottleneck calculation	350 W Thermal Design Power TDP

Bottleneck calculation		4 GHz Clock	5.3 GHz Turbo Clock	32 Cores	64 Threads
	Ryzen Threadripper PRO 5995WX	Desktop Used in	Q1 2022 Launched	sWRX8 Socket	2.7 GHz Clock	64 Cores	Bottleneck calculation	280 W Thermal Design Power TDP

Bottleneck calculation		2.7 GHz Clock	4.5 GHz Turbo Clock	64 Cores	128 Threads
	Ryzen Threadripper 3990X	Desktop Used in	Q1 2020 Launched	sTRX4 Socket	2.9 GHz Clock	64 Cores	Bottleneck calculation	280 W Thermal Design Power TDP

Bottleneck calculation		2.9 GHz Clock	4.3 GHz Turbo Clock	64 Cores	128 Threads
	Ryzen Threadripper 7960X	Desktop Used in	Q4 2023 Launched	sTR5 Socket	4.2 GHz Clock	24 Cores	Bottleneck calculation	350 W Thermal Design Power TDP

Bottleneck calculation		4.2 GHz Clock	5.3 GHz Turbo Clock	24 Cores	48 Threads
	Ryzen Threadripper PRO 3995WX	Desktop Used in	Q3 2020 Launched	sWRX8 Socket	2.7 GHz Clock	64 Cores	Bottleneck calculation	280 W Thermal Design Power TDP

Bottleneck calculation		2.7 GHz Clock	4.2 GHz Turbo Clock	64 Cores	128 Threads
	Ryzen Threadripper PRO 5975WX	Desktop Used in	Q1 2022 Launched	sWRX8 Socket	3.6 GHz Clock	32 Cores	Bottleneck calculation	280 W Thermal Design Power TDP

Bottleneck calculation		3.6 GHz Clock	4.5 GHz Turbo Clock	32 Cores	64 Threads
	Ryzen Threadripper PRO 5965WX	Desktop Used in	Q1 2022 Launched	sWRX8 Socket	3.8 GHz Clock	24 Cores	Bottleneck calculation	280 W Thermal Design Power TDP

Bottleneck calculation		3.8 GHz Clock	4.5 GHz Turbo Clock	24 Cores	48 Threads
	Core i9-14900KS	Desktop Used in	Q1 2024 Launched	FCLGA1700 Socket	3.2 GHz Clock	24 Cores	Bottleneck calculation	150 W Thermal Design Power TDP

Bottleneck calculation		3.2 GHz Clock	6.2 GHz Turbo Clock	24 Cores	32 Threads
	Core i9-14900K	Desktop Used in	Q4 2023 Launched	FCLGA1700 Socket	3.2 GHz Clock	24 Cores	Bottleneck calculation	125 W Thermal Design Power TDP

Bottleneck calculation		3.2 GHz Clock	6 GHz Turbo Clock	24 Cores	32 Threads
	Ryzen 9 7950X3D	Desktop Used in	Q1 2023 Launched	AM5 Socket	4.2 GHz Clock	16 Cores	Bottleneck calculation	120 W Thermal Design Power TDP

Bottleneck calculation		4.2 GHz Clock	5.7 GHz Turbo Clock	16 Cores	32 Threads
	Ryzen 9 7950X	Desktop Used in	Q3 2022 Launched	AM5 Socket	4.5 GHz Clock	16 Cores	Bottleneck calculation	170 W Thermal Design Power TDP

Bottleneck calculation		4.5 GHz Clock	5.7 GHz Turbo Clock	16 Cores	32 Threads
	Ryzen Threadripper 3970X	Desktop Used in	Q4 2019 Launched	sTRX4 Socket	3.7 GHz Clock	32 Cores	Bottleneck calculation	280 W Thermal Design Power TDP

Bottleneck calculation		3.7 GHz Clock	4.5 GHz Turbo Clock	32 Cores	64 Threads
	Ryzen Threadripper PRO 3975WX	Desktop Used in	Q4 2020 Launched	sWRX8 Socket	3.5 GHz Clock	32 Cores	Bottleneck calculation	280 W Thermal Design Power TDP

Bottleneck calculation		3.5 GHz Clock	4.2 GHz Turbo Clock	32 Cores	64 Threads
	Core i9-13900KS	Desktop Used in	Q1 2023 Launched	FCLGA1700 Socket	3.2 GHz Clock	24 Cores	Bottleneck calculation	150 W Thermal Design Power TDP

Bottleneck calculation		3.2 GHz Clock	6 GHz Turbo Clock	24 Cores	32 Threads
	Core i9-13900K	Desktop Used in	Q3 2022 Launched	FCLGA1700 Socket	3 GHz Clock	24 Cores	Bottleneck calculation	125 W Thermal Design Power TDP

Bottleneck calculation		3 GHz Clock	5.8 GHz Turbo Clock	24 Cores	32 Threads
	Core i9-14900KF	Desktop Used in	Q3 2023 Launched	FCLGA1700 Socket	3.2 GHz Clock	24 Cores	Bottleneck calculation	125 W Thermal Design Power TDP

Bottleneck calculation		3.2 GHz Clock	6 GHz Turbo Clock	24 Cores	32 Threads
	Core i9-13900KF	Desktop Used in	Q4 2022 Launched	FCLGA1700 Socket	3 GHz Clock	24 Cores	Bottleneck calculation	125 W Thermal Design Power TDP

Bottleneck calculation		3 GHz Clock	5.8 GHz Turbo Clock	24 Cores	32 Threads
	EPYC 9654	Server Used in	Q4 2022 Launched	SP5 Socket	2.4 GHz Clock	96 Cores	Bottleneck calculation	360 W Thermal Design Power TDP

Bottleneck calculation		2.4 GHz Clock	3.7 GHz Turbo Clock	96 Cores	192 Threads
	EPYC 9684X	Server Used in	Q1 2024 Launched	SP5 Socket	2.6 GHz Clock	96 Cores	Bottleneck calculation	400 W Thermal Design Power TDP

Bottleneck calculation		2.6 GHz Clock	3.7 GHz Turbo Clock	96 Cores	192 Threads
	EPYC 9R14	Server Used in	Q3 2023 Launched		3.7 GHz Clock	96 Cores	Bottleneck calculation

Bottleneck calculation		3.7 GHz Clock		96 Cores	192 Threads
	EPYC 9554	Server Used in	Q2 2023 Launched	SP5 Socket	3.1 GHz Clock	64 Cores	Bottleneck calculation	360 W Thermal Design Power TDP

Bottleneck calculation		3.1 GHz Clock	3.8 GHz Turbo Clock	64 Cores	128 Threads
	EPYC 9654P	Server Used in	Q3 2023 Launched	SP5 Socket	2.4 GHz Clock	96 Cores	Bottleneck calculation	360 W Thermal Design Power TDP

Bottleneck calculation		2.4 GHz Clock	3.7 GHz Turbo Clock	96 Cores	192 Threads
	EPYC 9634	Server Used in	Q1 2024 Launched	SP5 Socket	3.1 GHz Clock	84 Cores	Bottleneck calculation	290 W Thermal Design Power TDP

Bottleneck calculation		3.1 GHz Clock	3.7 GHz Turbo Clock	84 Cores	168 Threads
	EPYC 9554P	Server Used in	Q3 2023 Launched	SP5 Socket	3.1 GHz Clock	64 Cores	Bottleneck calculation	360 W Thermal Design Power TDP

Bottleneck calculation		3.1 GHz Clock	3.8 GHz Turbo Clock	64 Cores	128 Threads
	EPYC 9474F	Server Used in	Q2 2023 Launched	SP5 Socket	3.6 GHz Clock	48 Cores	Bottleneck calculation	360 W Thermal Design Power TDP

Bottleneck calculation		3.6 GHz Clock	4.1 GHz Turbo Clock	48 Cores	96 Threads
	EPYC 9454P	Server Used in	Q3 2023 Launched	SP5 Socket	2.8 GHz Clock	48 Cores	Bottleneck calculation	290 W Thermal Design Power TDP

Bottleneck calculation		2.8 GHz Clock	3.8 GHz Turbo Clock	48 Cores	96 Threads
	Xeon w9-3495X	Server Used in	Q2 2023 Launched	FCLGA4677 Socket	1.9 GHz Clock	56 Cores	Bottleneck calculation	350 W Thermal Design Power TDP

Bottleneck calculation		1.9 GHz Clock	4.8 GHz Turbo Clock	56 Cores	112 Threads
	EPYC 7J13	Server Used in	Q2 2021 Launched		2.6 GHz Clock	64 Cores	Bottleneck calculation

Bottleneck calculation		2.6 GHz Clock	3.5 GHz Turbo Clock	64 Cores	128 Threads
	EPYC 7713	Server Used in	Q1 2021 Launched	SP3 Socket	2 GHz Clock	64 Cores	Bottleneck calculation	225 W Thermal Design Power TDP

Bottleneck calculation		2 GHz Clock	3.7 GHz Turbo Clock	64 Cores	128 Threads
	EPYC 7763	Server Used in	Q1 2021 Launched	SP3 Socket	2.5 GHz Clock	64 Cores	Bottleneck calculation	280 W Thermal Design Power TDP

Bottleneck calculation		2.5 GHz Clock	3.5 GHz Turbo Clock	64 Cores	128 Threads
	EPYC 9374F	Server Used in	Q1 2023 Launched	SP5 Socket	3.9 GHz Clock	32 Cores	Bottleneck calculation	320 W Thermal Design Power TDP

Bottleneck calculation		3.9 GHz Clock	4.3 GHz Turbo Clock	32 Cores	64 Threads
	EPYC 7713P	Server Used in	Q1 2022 Launched	SP3 Socket	2 GHz Clock	64 Cores	Bottleneck calculation	225 W Thermal Design Power TDP

Bottleneck calculation		2 GHz Clock	3.7 GHz Turbo Clock	64 Cores	128 Threads
	EPYC 7643	Server Used in	Q1 2021 Launched	SP3 Socket	2.3 GHz Clock	48 Cores	Bottleneck calculation	225 W Thermal Design Power TDP

Bottleneck calculation		2.3 GHz Clock	3.6 GHz Turbo Clock	48 Cores	96 Threads
	EPYC 7702	Server Used in	Q2 2020 Launched	SP3 Socket	2 GHz Clock	64 Cores	Bottleneck calculation	200 W Thermal Design Power TDP

Bottleneck calculation		2 GHz Clock	3.4 GHz Turbo Clock	64 Cores	128 Threads
	EPYC 7742	Server Used in	Q3 2019 Launched	SP3 Socket	2.3 GHz Clock	64 Cores	Bottleneck calculation	225 W Thermal Design Power TDP

Bottleneck calculation		2.3 GHz Clock	3.4 GHz Turbo Clock	64 Cores	128 Threads
	EPYC 7543P	Server Used in	Q3 2021 Launched	SP3 Socket	2.8 GHz Clock	32 Cores	Bottleneck calculation	225 W Thermal Design Power TDP

Bottleneck calculation		2.8 GHz Clock	3.7 GHz Turbo Clock	32 Cores	64 Threads
	Xeon w7-3465X	Server Used in	Q2 2023 Launched	FCLGA4677 Socket	2.5 GHz Clock	28 Cores	Bottleneck calculation	300 W Thermal Design Power TDP

Bottleneck calculation		2.5 GHz Clock	4.8 GHz Turbo Clock	28 Cores	56 Threads
	Xeon w9-3475X	Server Used in	Q2 2023 Launched	FCLGA4677 Socket	2.2 GHz Clock	36 Cores	Bottleneck calculation	300 W Thermal Design Power TDP

Bottleneck calculation		2.2 GHz Clock	4.8 GHz Turbo Clock	36 Cores	72 Threads
	EPYC 7702P	Server Used in	Q3 2019 Launched	SP3 Socket	2 GHz Clock	64 Cores	Bottleneck calculation	200 W Thermal Design Power TDP

Bottleneck calculation		2 GHz Clock	3.4 GHz Turbo Clock	64 Cores	128 Threads
	EPYC 74F3	Server Used in	Q4 2021 Launched	SP3 Socket	3.2 GHz Clock	24 Cores	Bottleneck calculation	240 W Thermal Design Power TDP

Bottleneck calculation		3.2 GHz Clock	4 GHz Turbo Clock	24 Cores	48 Threads
	EPYC 7642	Server Used in	Q2 2021 Launched	SP3 Socket	2.3 GHz Clock	48 Cores	Bottleneck calculation	225 W Thermal Design Power TDP

Bottleneck calculation		2.3 GHz Clock	3.3 GHz Turbo Clock	48 Cores	96 Threads
	Xeon Gold 5512U	Server Used in	Q1 2024 Launched	FCLGA4677 Socket	2.1 GHz Clock	28 Cores	Bottleneck calculation	185 W Thermal Design Power TDP

Bottleneck calculation		2.1 GHz Clock	3.7 GHz Turbo Clock	28 Cores	56 Threads
	EPYC 7513	Server Used in	Q2 2021 Launched	SP3 Socket	2.6 GHz Clock	32 Cores	Bottleneck calculation	200 W Thermal Design Power TDP

Bottleneck calculation		2.6 GHz Clock	3.7 GHz Turbo Clock	32 Cores	64 Threads
	Xeon w7-2495X	Server Used in	Q2 2023 Launched	FCLGA4677 Socket	2.5 GHz Clock	24 Cores	Bottleneck calculation	225 W Thermal Design Power TDP

Bottleneck calculation		2.5 GHz Clock	4.8 GHz Turbo Clock	24 Cores	48 Threads
	EPYC 7443P	Server Used in	Q2 2021 Launched	SP3 Socket	2.9 GHz Clock	24 Cores	Bottleneck calculation	200 W Thermal Design Power TDP

Bottleneck calculation		2.9 GHz Clock	4 GHz Turbo Clock	24 Cores	48 Threads
	Xeon w7-2475X	Server Used in	Q3 2023 Launched	FCLGA4677 Socket	2.6 GHz Clock	20 Cores	Bottleneck calculation	225 W Thermal Design Power TDP

Bottleneck calculation		2.6 GHz Clock	4.8 GHz Turbo Clock	20 Cores	40 Threads

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Average frames per second

NVIDIA RTX 4000 Ada Generation can run games with frames per second ranging from 203.0 FPS up to 613.8 FPS depending on game settings with 1920 × 1080 (FHD (1080p)) resolution.

On ultra settings this processor can achieve on average around 203.0 FPS .
On high settings this processor can achieve on average around 365.4 FPS .
On medium settings this processor can achieve on average around 438.5 FPS .
On low settings this processor can achieve on average around 613.8 FPS .

Grand Theft Auto V

Frames per second calculator

Game Grand Theft Auto V

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

Graphic card NVIDIA RTX 4000 Ada Generation

Number of frames per second for NVIDIA RTX 4000 Ada Generation graphic card in Grand Theft Auto V game with 1920 × 1080 (FHD (1080p)) resolution. When there isn't bottleneck in configuration, NVIDIA RTX 4000 Ada Generation can achieve from 109.9 FPS up to 498.2 FPS frames per second while running Grand Theft Auto V game on 1920 x 1080 (FHD (1080p)) resolution.

On ultra settings NVIDIA RTX 4000 Ada Generation can achieve from 109.9 FPS up to 164.8 FPS , with average around 137.3 FPS .
On high settings NVIDIA RTX 4000 Ada Generation can achieve from 197.8 FPS up to 296.6 FPS , with average around 247.2 FPS .
On medium settings NVIDIA RTX 4000 Ada Generation can achieve from 237.3 FPS up to 355.9 FPS , with average around 296.6 FPS .
On low settings NVIDIA RTX 4000 Ada Generation can achieve from 332.3 FPS up to 498.2 FPS , with average around 415.3 FPS .

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Compare		2015 MHz Core Clock	16384 MB Memory	300 W Thermal Design Power TDP
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RTX 4000 Ada Generation

About NVIDIA RTX 4000 Ada Generation

Component specifications

Component performance

Compatible processors

Ryzen Threadripper PRO 7995WX

Ryzen Threadripper PRO 7985WX

Ryzen Threadripper 7980X

Ryzen Threadripper 7970X

Ryzen Threadripper PRO 7975WX

Ryzen Threadripper PRO 5995WX

Ryzen Threadripper 3990X

Ryzen Threadripper 7960X

Ryzen Threadripper PRO 3995WX

Ryzen Threadripper PRO 5975WX

Ryzen Threadripper PRO 5965WX

Core i9-14900KS

Core i9-14900K

Ryzen 9 7950X3D

Ryzen 9 7950X

Ryzen Threadripper 3970X

Ryzen Threadripper PRO 3975WX

Core i9-13900KS

Core i9-13900K

Core i9-14900KF

Core i9-13900KF

EPYC 9654

EPYC 9684X

EPYC 9R14

EPYC 9554

EPYC 9654P

EPYC 9634

EPYC 9554P

EPYC 9474F

EPYC 9454P

Xeon w9-3495X

EPYC 7J13

EPYC 7713

EPYC 7763

EPYC 9374F

EPYC 7713P

EPYC 7643

EPYC 7702

EPYC 7742

EPYC 7543P

Xeon w7-3465X

Xeon w9-3475X

EPYC 7702P

EPYC 74F3

EPYC 7642

Xeon Gold 5512U

EPYC 7513

Xeon w7-2495X

EPYC 7443P

Xeon w7-2475X

Average frames per second

Frames per second calculator Settings

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GeForce RTX 4070 SUPER (Amazon)
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GeForce RTX 4070 (Amazon)
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Frames per second calculator