DirectX 11 Compatible GPUs
552 GPUs found
Page 7 of 23
DirectX 11 Release Notes
DirectX 11 introduced tessellation and compute shaders, enabling more detailed geometry and general-purpose computing on graphics hardware.
Major Features:
- Hardware tessellation: Dynamic geometry subdivision
- Compute shaders: General-purpose GPU computing
- Improved multithreading: Better multi-core CPU support
- Shader Model 5.0: More powerful and flexible shaders
Graphics Enhancements:
- Hull and domain shaders: Tessellation pipeline stages
- Unordered access views: Shader read/write to resources
- Conservative rasterization: More precise rendering
- Improved debugging tools: Better development support
Showing 24 of 552 GPUs
NVIDIA
GeForce 700M
GeForce GT 710M
GF117
1 GB
DDR3
Base: 775 MHz
•
Boost: 775 MHz
TDP: 15 W
Fermi 2.0 Architecture
28 nm Process
TFLOPS
0.3
NVIDIA
GeForce 700
GeForce GT 720
GK208
2 GB
DDR3
Base: 967 MHz
•
Boost: 967 MHz
TDP: 19 W
Kepler 2.0 Architecture
28 nm Process
TFLOPS
0.7
NVIDIA
GeForce 700
GeForce GT 720 OEM
GK107
1 GB
DDR3
Base: 993 MHz
•
Boost: 993 MHz
TDP: 50 W
Kepler Architecture
28 nm Process
TFLOPS
0.4
NVIDIA
GeForce 700A
GeForce GT 720A
GF117
1 GB
DDR3
Base: 775 MHz
•
Boost: 775 MHz
TDP: 33 W
Fermi 2.0 Architecture
28 nm Process
TFLOPS
0.3
NVIDIA
GeForce 700M
GeForce GT 720M
GF117
2 GB
DDR3
Base: 775 MHz
•
Boost: 775 MHz
TDP: 33 W
Fermi 2.0 Architecture
28 nm Process
TFLOPS
0.3
NVIDIA
GeForce 700
GeForce GT 730
GK208B
1 GB
GDDR5
Base: 902 MHz
•
Boost: 902 MHz
TDP: 38 W
Kepler 2.0 Architecture
28 nm Process
TFLOPS
0.7
NVIDIA
GeForce 700
GeForce GT 730 OEM
GK107
1 GB
GDDR5
Base: 902 MHz
•
Boost: 902 MHz
TDP: 64 W
Kepler Architecture
28 nm Process
TFLOPS
0.7
NVIDIA
GeForce 700A
GeForce GT 730A
GK208
1 GB
DDR3
Base: 719 MHz
•
Boost: 758 MHz
TDP: 33 W
Kepler 2.0 Architecture
28 nm Process
TFLOPS
0.6
NVIDIA
GeForce 700M
GeForce GT 730M
GK208
2 GB
DDR3
Base: 719 MHz
•
Boost: 758 MHz
TDP: 33 W
Kepler 2.0 Architecture
28 nm Process
TFLOPS
0.6
NVIDIA
GeForce 700M
GeForce GT 735M
GK208
2 GB
DDR3
Base: 575 MHz
•
Boost: 628 MHz
TDP: 33 W
Kepler 2.0 Architecture
28 nm Process
TFLOPS
0.5
NVIDIA
GeForce 700
GeForce GT 740
GK107
1 GB
GDDR5
Base: 993 MHz
•
Boost: 993 MHz
TDP: 64 W
Kepler Architecture
28 nm Process
TFLOPS
0.8
NVIDIA
GeForce 700
GeForce GT 740 OEM
GK106S
1 GB
GDDR5
Base: 1006 MHz
•
Boost: 1006 MHz
TDP: 65 W
Kepler Architecture
28 nm Process
TFLOPS
0.8
NVIDIA
GeForce 700A
GeForce GT 740A
GK208
2 GB
DDR3
Base: 980 MHz
•
Boost: 1033 MHz
TDP: 33 W
Kepler 2.0 Architecture
28 nm Process
TFLOPS
0.8
NVIDIA
GeForce 700M
GeForce GT 740M
GK208
2 GB
DDR3
Base: 980 MHz
•
Boost: 1033 MHz
TDP: 33 W
Kepler 2.0 Architecture
28 nm Process
TFLOPS
0.8
NVIDIA
GeForce 700A
GeForce GT 745A
GK107
2 GB
DDR3
Base: 837 MHz
•
Boost: 915 MHz
TDP: 33 W
Kepler Architecture
28 nm Process
TFLOPS
0.7
NVIDIA
GeForce 700M
GeForce GT 745M
GK107
2 GB
DDR3
Base: 837 MHz
•
Boost: 915 MHz
TDP: 45 W
Kepler Architecture
28 nm Process
TFLOPS
0.7
NVIDIA
GeForce 700M
GeForce GT 750M
GK107
2 GB
GDDR5
Base: 941 MHz
•
Boost: 967 MHz
TDP: 50 W
Kepler Architecture
28 nm Process
TFLOPS
0.7
NVIDIA
GeForce 700M
GeForce GT 750M Mac Edition
GK107
1 GB
GDDR5
Base: 926 MHz
•
Boost: 926 MHz
TDP: 50 W
Kepler Architecture
28 nm Process
TFLOPS
0.7
NVIDIA
GeForce 700M
GeForce GT 755M
GK107
2 GB
GDDR5
Base: 980 MHz
•
Boost: 1020 MHz
TDP: 50 W
Kepler Architecture
28 nm Process
TFLOPS
0.8
NVIDIA
GeForce 700M
GeForce GT 755M Mac Edition
GK107
1 GB
GDDR5
Base: 1085 MHz
•
Boost: 1085 MHz
TDP: 50 W
Kepler Architecture
28 nm Process
TFLOPS
0.8
NVIDIA
GeForce 400
GeForce GTS 450
GF106
1 GB
GDDR5
Base: 783 MHz
•
Boost: 783 MHz
TDP: 106 W
Fermi Architecture
40 nm Process
TFLOPS
0.6
NVIDIA
GeForce 400
GeForce GTS 450 OEM
GF106
1.5 GB
GDDR5
Base: 790 MHz
•
Boost: 790 MHz
TDP: 106 W
Fermi Architecture
40 nm Process
TFLOPS
0.5
NVIDIA
GeForce 400
GeForce GTS 450 Rev. 2
GF116
1 GB
GDDR5
Base: 783 MHz
•
Boost: 783 MHz
TDP: 106 W
Fermi 2.0 Architecture
40 nm Process
TFLOPS
0.6
NVIDIA
GeForce 400
GeForce GTS 450 Rev. 3
GF116
1 GB
DDR3
Base: 783 MHz
•
Boost: 783 MHz
TDP: 106 W
Fermi 2.0 Architecture
40 nm Process
TFLOPS
0.5