Nvidia GPUs
1299 GPUs found
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About NVIDIA Corporation
Founded in 1993 by Jensen Huang, Chris Malachowsky, and Curtis Priem, NVIDIA revolutionized computer graphics and parallel computing. Originally focused on gaming graphics, NVIDIA has grown into a $1+ trillion company leading artificial intelligence, autonomous vehicles, and data center technologies.
Key Milestones:
- 1999: Released GeForce 256, the world's first GPU
- 2007: Launched CUDA programming platform
- 2018: Introduced RTX real-time ray tracing
- 2020: DLSS AI upscaling technology
Innovation Leadership:
- Created the concept of the Graphics Processing Unit (GPU)
- Pioneered real-time ray tracing in consumer graphics
- Leading AI and machine learning acceleration
- Powers most of the world's supercomputers
Graphics API & Programming Support
NVIDIA Proprietary Technologies:
- CUDA: Parallel computing platform and programming model
- DLSS: AI-powered image upscaling technology
- RTX: Real-time ray tracing API and SDK
- Optix: GPU-accelerated ray tracing engine
Standard Graphics APIs:
- DirectX 12 Ultimate: Advanced features like ray tracing
- Vulkan 1.3: Low-level graphics and compute API
- OpenGL 4.6: Cross-platform graphics programming
- OpenCL: Open standard for parallel computing
Showing 24 of 1299 GPUs
NVIDIA
Mining GPUs
CMP 50HX
TU102
10 GB
GDDR6
Base: 1350 MHz
•
Boost: 1545 MHz
TDP: 250 W
Turing Architecture
12 nm Process
TFLOPS
11.1
RT Cores
56
Tensor
448
NVIDIA
Mining GPUs
CMP 70HX
GA104
8 GB
GDDR6X
Base: 1365 MHz
•
Boost: 1395 MHz
Ampere Architecture
8 nm Process
TFLOPS
10.7
RT Cores
30
Tensor
120
NVIDIA
Mining GPUs
CMP 90HX
GA102
10 GB
GDDR6X
Base: 1500 MHz
•
Boost: 1710 MHz
TDP: 320 W
Ampere Architecture
8 nm Process
TFLOPS
21.9
RT Cores
50
Tensor
200
NVIDIA
DRIVE(Axx)
DRIVE A100 PROD
GA100
32 GB
HBM2e
Base: 1065 MHz
•
Boost: 1410 MHz
TDP: 400 W
Ampere Architecture
7 nm Process
TFLOPS
19.5
Tensor
432
NVIDIA
GRID(Ax)
GRID A100A
GA100
32 GB
HBM2e
Base: 900 MHz
•
Boost: 1005 MHz
TDP: 400 W
Ampere Architecture
7 nm Process
TFLOPS
13.9
Tensor
432
NVIDIA
GRID(Ax)
GRID A100B
GA100
48 GB
HBM2e
Base: 900 MHz
•
Boost: 1005 MHz
TDP: 400 W
Ampere Architecture
7 nm Process
TFLOPS
13.9
Tensor
432
NVIDIA
GRID(K1)
GRID K120Q
GK107
512 MB
DDR3
Base: 850 MHz
•
Boost: 850 MHz
TDP: 130 W
Kepler Architecture
28 nm Process
TFLOPS
0.3
NVIDIA
GRID(K1)
GRID K140Q
GK107
1 GB
DDR3
Base: 850 MHz
•
Boost: 850 MHz
TDP: 130 W
Kepler Architecture
28 nm Process
TFLOPS
0.3
NVIDIA
GRID(K1)
GRID K160Q
GK107
1 GB
DDR3
Base: 850 MHz
•
Boost: 850 MHz
TDP: 130 W
Kepler Architecture
28 nm Process
TFLOPS
0.3
NVIDIA
GRID(K1)
GRID K180Q
GK107
1 GB
DDR3
Base: 850 MHz
•
Boost: 850 MHz
TDP: 130 W
Kepler Architecture
28 nm Process
TFLOPS
0.3
NVIDIA
GRID(K2)
GRID K220Q
GK104
512 MB
GDDR5
Base: 745 MHz
•
Boost: 745 MHz
TDP: 225 W
Kepler Architecture
28 nm Process
TFLOPS
2.3
NVIDIA
GRID(K2)
GRID K240Q
GK104
1 GB
GDDR5
Base: 745 MHz
•
Boost: 745 MHz
TDP: 225 W
Kepler Architecture
28 nm Process
TFLOPS
2.3
NVIDIA
GRID(K2)
GRID K260Q
GK104
2 GB
GDDR5
Base: 745 MHz
•
Boost: 745 MHz
TDP: 225 W
Kepler Architecture
28 nm Process
TFLOPS
2.3
NVIDIA
GRID(K2)
GRID K280Q
GK104
4 GB
GDDR5
Base: 745 MHz
•
Boost: 745 MHz
TDP: 225 W
Kepler Architecture
28 nm Process
TFLOPS
2.3
NVIDIA
GRID(K5)
GRID K520Q
GK104
4 GB
GDDR5
Base: 745 MHz
•
Boost: 745 MHz
TDP: 225 W
Kepler Architecture
28 nm Process
TFLOPS
2.3
NVIDIA
GRID(K5)
GRID K540Q
GK104
4 GB
GDDR5
Base: 745 MHz
•
Boost: 745 MHz
TDP: 225 W
Kepler Architecture
28 nm Process
TFLOPS
2.3
NVIDIA
GRID(K5)
GRID K560Q
GK104
4 GB
GDDR5
Base: 745 MHz
•
Boost: 745 MHz
TDP: 225 W
Kepler Architecture
28 nm Process
TFLOPS
2.3