Page 12 from comparison Nvidia Quadro K4100M

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Feature	Nvidia Geforce Rtx 3070	Nvidia Quadro K4100M
Chipset Model
Microarchitecture type
Lithography type	28nm	8nm
Number of processor cores	1152 CUDA cores	5888 CUDA cores
Computational Power	1.627 teraflops (tflops)	20.3 teraflops (tflops)
Memory Capacity
Memory Type
Memory Bandwidth	102.4 GB/s	448 GB/s
Bus Width	256 bit	256 bit
Minimum Recommended Power Supply
Memory Connection Port
DirectX Version
OpenGL Version
OpenCL Version
Simultaneous Multi-GPU Setup	false	false
Price at Launch	1499 dollar ($) \$
Processor base frequency	-	1500 megahertz (mhz)
Processor boost frequency	-	1725 megahertz (mhz)
Other Processing Features	-	184 Texture Mapping Units (TMU) / 96 Render Output Units (ROP) / 184 Tensor cores / 46 SM units / 46 RT cores
Graphics Card Power Consumption	-
Power Connector	-	One 8-pin
Maximum Image Resolution	-
Maximum permissible temperature	-	93 degree celsius (°c)
Height Dimensions	-	2 slots

NVIDIA VS NVIDIA

Feature	Nvidia Geforce Rtx 3080	Nvidia Quadro K4100M
Chipset Model
Microarchitecture type
Lithography type	28nm	8nm
Number of processor cores	1152 CUDA cores	8704 CUDA cores
Computational Power	1.627 teraflops (tflops)	29.77 teraflops (tflops)
Memory Capacity
Memory Type
Memory Bandwidth	102.4 GB/s	760 GB/s
Bus Width	256 bit	320 bit
Minimum Recommended Power Supply
Memory Connection Port
DirectX Version
OpenGL Version
OpenCL Version		-
Simultaneous Multi-GPU Setup	false	false
Price at Launch	1499 dollar ($) \$	700 dollar ($) \$
Processor base frequency	-	1440 megahertz (mhz)
Processor boost frequency	-	1710 megahertz (mhz)
Other Processing Features	-	272 Texture Mapping Units (TMU) / 96 Render Output Units (ROP) / 68 RT cores / 68 SM units / 272 Tensor cores
Graphics Card Power Consumption	-
Power Connector	-	Two 8-pin
Maximum Image Resolution	-
Maximum permissible temperature	-	93 degree celsius (°c)
Height Dimensions	-	2 slots