Kepler Architecture GPUs
126 GPUs found
Page 2 of 6
Kepler Architecture
The Kepler architecture represents an important milestone in GPU development, contributing unique innovations and capabilities to the evolution of graphics processing technology.
Technical Contributions:
- Advanced graphics processing capabilities
- Specialized compute and rendering features
- Optimized performance for target applications
- Foundation for future architectural developments
Industry Impact:
- Pushed boundaries in graphics processing
- Enabled new gaming and professional capabilities
- Contributed to GPU technology evolution
- Influenced modern graphics architecture design
Showing 24 of 126 GPUs
NVIDIA
GeForce 600M
GeForce GT 640M
GK107
2 GB
DDR3
Base: 624 MHz
•
Boost: 709 MHz
TDP: 32 W
Kepler Architecture
28 nm Process
TFLOPS
0.5
NVIDIA
GeForce 600M
GeForce GT 640M Mac Edition
GK107
512 MB
GDDR5
Base: 745 MHz
•
Boost: 745 MHz
TDP: 32 W
Kepler Architecture
28 nm Process
TFLOPS
0.6
NVIDIA
GeForce 600M
GeForce GT 645M
GK107
2 GB
DDR3
Base: 709 MHz
•
Boost: 780 MHz
TDP: 32 W
Kepler Architecture
28 nm Process
TFLOPS
0.6
NVIDIA
GeForce 600M
GeForce GT 650M
GK107
1 GB
DDR3
Base: 835 MHz
•
Boost: 950 MHz
TDP: 45 W
Kepler Architecture
28 nm Process
TFLOPS
0.7
NVIDIA
GeForce 600M
GeForce GT 650M Mac Edition
GK107
512 MB
GDDR5
Base: 900 MHz
•
Boost: 900 MHz
TDP: 45 W
Kepler 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 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 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 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 600
GeForce GTX 645 OEM
GK106S
1 GB
GDDR5
Base: 824 MHz
•
Boost: 824 MHz
TDP: 65 W
Kepler Architecture
28 nm Process
TFLOPS
0.9
NVIDIA
GeForce 600
GeForce GTX 650
GK106
1 GB
GDDR5
Base: 1058 MHz
•
Boost: 1058 MHz
TDP: 65 W
Kepler Architecture
28 nm Process
TFLOPS
0.8
NVIDIA
GeForce 600
GeForce GTX 650 Ti
GK106S
1 GB
GDDR5
Base: 928 MHz
•
Boost: 928 MHz
TDP: 110 W
Kepler Architecture
28 nm Process
TFLOPS
1.4
NVIDIA
GeForce 600
GeForce GTX 650 Ti Boost
GK106
2 GB
GDDR5
Base: 980 MHz
•
Boost: 1032 MHz
TDP: 134 W
Kepler Architecture
28 nm Process
TFLOPS
1.6
NVIDIA
GeForce 600
GeForce GTX 650 Ti OEM
GK106
2 GB
GDDR5
Base: 928 MHz
•
Boost: 928 MHz
TDP: 110 W
Kepler Architecture
28 nm Process
TFLOPS
1.4
NVIDIA
GeForce 600
GeForce GTX 660
GK106
2 GB
GDDR5
Base: 980 MHz
•
Boost: 1032 MHz
TDP: 140 W
Kepler Architecture
28 nm Process
TFLOPS
2.0
NVIDIA
GeForce 600
GeForce GTX 660 OEM
GK104
1.5 GB
GDDR5
Base: 823 MHz
•
Boost: 888 MHz
TDP: 130 W
Kepler Architecture
28 nm Process
TFLOPS
2.0
NVIDIA
GeForce 600
GeForce GTX 660 Rev. 2
GK104
2 GB
GDDR5
Base: 980 MHz
•
Boost: 1032 MHz
TDP: 140 W
Kepler Architecture
28 nm Process
TFLOPS
2.0
NVIDIA
GeForce 600
GeForce GTX 660 Ti
GK104
2 GB
GDDR5
Base: 915 MHz
•
Boost: 980 MHz
TDP: 150 W
Kepler Architecture
28 nm Process
TFLOPS
2.6