Page 8 from comparison Nvidia Quadro K4100M

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Compare Nvidia Gforce Gtx Titan Xwith Nvidia Quadro K4100M

Feature	Nvidia Gforce Gtx Titan X	Nvidia Quadro K4100M
Chipset Model
Microarchitecture type
Lithography type	28nm	28nm
Number of processor cores	3072 CUDA cores	1152 CUDA cores
Processor base frequency	1000 megahertz (mhz)	-
Processor boost frequency	1075 megahertz (mhz)	-
Computational Power	6.1 teraflops (tflops)	1.627 teraflops (tflops)
Memory Capacity
Memory Type
Memory Bandwidth	336 GB/s	102.4 GB/s
Bus Width	384 bit	256 bit
Graphics Card Power Consumption		-
Minimum Recommended Power Supply
Power Connector	One 6-pin and one 8-pin	-
Maximum Image Resolution	3200 × 5120	-
Memory Connection Port
DirectX Version
OpenGL Version
OpenCL Version
Simultaneous Multi-GPU Setup	true	false
Maximum permissible temperature	91 degree celsius (°c)	-
Price at Launch	999 dollar ($) \$	1499 dollar ($) \$

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Compare Nvidia Quadro K4100Mwith Nvidia Tesla T4

NVIDIA VS NVIDIA

Feature	Nvidia Quadro K4100M	Nvidia Tesla T4
Chipset Model
Microarchitecture type
Lithography type	28nm	12nm
Number of processor cores	1152 CUDA cores	2560 core
Computational Power	1.627 teraflops (tflops)	8.141 teraflops (tflops)
Memory Capacity
Memory Type
Memory Bandwidth	102.4 GB/s	320 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	-	585 megahertz (mhz)
Processor boost frequency	-	1590 megahertz (mhz)
Other Processing Features	-	160 Texture Mapping Units (TMU) / 64 Render Output Units (ROP) / 40 RT cores
Graphics Card Power Consumption	-
Output Ports	-	No output port
Height Dimensions	-	1 slot

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Compare Nvidia Quadro K4100Mwith Nvidia Tesla K10

NVIDIA VS NVIDIA

Feature	Nvidia Quadro K4100M	Nvidia Tesla K10
Chipset Model
Microarchitecture type
Lithography type	28nm	28nm
Number of processor cores	1152 CUDA cores	3072 core
Computational Power	1.627 teraflops (tflops)	4.578 teraflops (tflops)
Memory Capacity
Memory Type
Memory Bandwidth	102.4 GB/s	160x2 GB/s
Bus Width	256 bit	256x2 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 ($) \$	5099 dollar ($) \$
Processor base frequency	-	745 megahertz (mhz)
Other Processing Features	-	256 Texture Mapping Units (TMU) / 64 Render Output Units (ROP)
Graphics Card Power Consumption	-
Power Connector	-	One 6-pin and one 8-pin
Output Ports	-	No output port
Height Dimensions	-	2 slots

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Compare Nvidia Quadro K4100Mwith Nvidia Tesla K40

NVIDIA VS NVIDIA

Feature	Nvidia Quadro K4100M	Nvidia Tesla K40
Chipset Model
Microarchitecture type
Lithography type	28nm	28nm
Number of processor cores	1152 CUDA cores
Computational Power	1.627 teraflops (tflops)	4.3 teraflops (tflops)
Memory Capacity
Memory Type
Memory Bandwidth	102.4 GB/s	288.4 GB/s
Bus Width	256 bit	384 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	-	745 megahertz (mhz)
Other Processing Features	-	240 Texture Mapping Units (TMU) / 48 Render Output Units (ROP) / 15 SMM Units / 4 GPC Units
Graphics Card Power Consumption	-
Power Connector	-	One 6-pin and one 8-pin
Height Dimensions	-	2 slots

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Compare Nvidia Gforce Gtx 780 Tiwith Nvidia Quadro K4100M

NVIDIA VS NVIDIA

Feature	Nvidia Gforce Gtx 780 Ti	Nvidia Quadro K4100M
Chipset Model
Microarchitecture type
Lithography type	28nm	28nm
Number of processor cores	1152 CUDA cores	2880 CUDA cores
Computational Power	1.627 teraflops (tflops)	5 teraflops (tflops)
Memory Capacity
Memory Type
Memory Bandwidth	102.4 GB/s	336 GB/s
Bus Width	256 bit	384 bit
Minimum Recommended Power Supply
Memory Connection Port
DirectX Version
OpenGL Version
OpenCL Version		-
Simultaneous Multi-GPU Setup	false	true
Price at Launch	1499 dollar ($) \$	699 dollar ($) \$
Processor base frequency	-	875 megahertz (mhz)
Processor boost frequency	-	928 megahertz (mhz)
Graphics Card Power Consumption	-
Power Connector	-	One 6-pin and one 8-pin
Maximum Image Resolution	-	2160 × 4096
Maximum permissible temperature	-	95 degree celsius (°c)

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Compare Nvidia Geforce Fx 5500with Nvidia Quadro K4100M

NVIDIA VS NVIDIA

Feature	Nvidia Geforce Fx 5500	Nvidia Quadro K4100M
Chipset Model
Microarchitecture type
Lithography type	28nm	150nm
Number of processor cores	1152 CUDA cores	-
Computational Power	1.627 teraflops (tflops)	-
Memory Capacity
Memory Type
Memory Bandwidth	102.4 GB/s	5.312 GB/s
Bus Width	256 bit	128 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	-	270 megahertz (mhz)
Other Processing Features	-	4 Texture Mapping Units (TMU) / 4 Render Output Units (ROP)
Graphics Card Power Consumption	-
Output Ports	-	1x DVI port / 1x VGA port / 1x S-Video port
Maximum Image Resolution	-
Height Dimensions	-	1 slot

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Compare Nvidia Cmp 90Hxwith Nvidia Quadro K4100M

NVIDIA VS NVIDIA

Feature	Nvidia Cmp 90Hx	Nvidia Quadro K4100M
Chipset Model
Microarchitecture type
Lithography type	28nm	8nm
Number of processor cores	1152 CUDA cores	6400 core
Computational Power	1.627 teraflops (tflops)	21.89 teraflops (tflops)
Memory Capacity
Memory Type
Memory Bandwidth	102.4 GB/s	760.3 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 ($) \$	-
Processor base frequency	-	1500 megahertz (mhz)
Processor boost frequency	-	1710 megahertz (mhz)
Other Processing Features	-	86 MHash/s / 200 Texture Mapping Units (TMU) / 80 Render Output Units (ROP) / 50 RT Cores
Graphics Card Power Consumption	-
Power Connector	-	Two 8-pin
Output Ports	-	No output (suitable for mining)
Height Dimensions	-	2 slots

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Compare Amd Radeon R9 Nanowith Nvidia Quadro K4100M

NVIDIA VS AMD

Feature	Amd Radeon R9 Nano	Nvidia Quadro K4100M
Chipset Model
Microarchitecture type
Lithography type	28nm	28nm
Number of processor cores	1152 CUDA cores	4096 stream processor
Computational Power	1.627 teraflops (tflops)	8.2 teraflops (tflops)
Memory Capacity
Memory Type
Memory Bandwidth	102.4 GB/s	512 Gbps
Bus Width	256 bit	4096 bit
Minimum Recommended Power Supply
Memory Connection Port
DirectX Version
OpenGL Version
OpenCL Version		-
Simultaneous Multi-GPU Setup	false	true
Price at Launch	1499 dollar ($) \$	649 dollar ($) \$
Processor base frequency	-	1000 megahertz (mhz)
Graphics Card Power Consumption	-

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Compare Amd Radeon R9 Furywith Nvidia Quadro K4100M

NVIDIA VS AMD

Feature	Amd Radeon R9 Fury	Nvidia Quadro K4100M
Chipset Model
Microarchitecture type
Lithography type	28nm	28nm
Number of processor cores	1152 CUDA cores	3584 stream processor
Computational Power	1.627 teraflops (tflops)	7.1 teraflops (tflops)
Memory Capacity
Memory Type
Memory Bandwidth	102.4 GB/s	512 GB/s
Bus Width	256 bit	4096 bit
Minimum Recommended Power Supply
Memory Connection Port
DirectX Version
OpenGL Version
OpenCL Version		-
Simultaneous Multi-GPU Setup	false	true
Price at Launch	1499 dollar ($) \$	549 dollar ($) \$
Processor base frequency	-	1000 megahertz (mhz)
Graphics Card Power Consumption	-
Power Connector	-	Two 8-pin

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Compare Amd Radeon R9 280Xwith Nvidia Quadro K4100M

NVIDIA VS AMD

Feature	Amd Radeon R9 280X	Nvidia Quadro K4100M
Chipset Model
Microarchitecture type
Lithography type	28nm	28nm
Number of processor cores	1152 CUDA cores	2048 stream processor
Computational Power	1.627 teraflops (tflops)	4 teraflops (tflops)
Memory Capacity
Memory Type
Memory Bandwidth	102.4 GB/s	288 GB/s
Bus Width	256 bit	384 bit
Minimum Recommended Power Supply
Memory Connection Port
DirectX Version
OpenGL Version
OpenCL Version
Simultaneous Multi-GPU Setup	false	true
Price at Launch	1499 dollar ($) \$	299 dollar ($) \$
Processor base frequency	-	850 megahertz (mhz)
Processor boost frequency	-	1000 megahertz (mhz)
Graphics Card Power Consumption	-
Power Connector	-	One 6-pin and one 8-pin

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Compare Amd Radeon 340with Nvidia Quadro K4100M

NVIDIA VS AMD

Feature	Amd Radeon 340	Nvidia Quadro K4100M
Chipset Model
Microarchitecture type
Lithography type	28nm	28nm
Number of processor cores	1152 CUDA cores	384 stream processor
Computational Power	1.627 teraflops (tflops)	0.56 teraflops (tflops)
Memory Capacity
Memory Type
Memory Bandwidth	102.4 GB/s	28.8 GB/s
Bus Width	256 bit	128 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	-	730 megahertz (mhz)
Processor boost frequency	-	780 megahertz (mhz)
Graphics Card Power Consumption	-

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Compare Amd Radeon 295X2with Nvidia Quadro K4100M

NVIDIA VS AMD

Feature	Amd Radeon 295X2	Nvidia Quadro K4100M
Chipset Model		2× Hawaii XT
Microarchitecture type
Lithography type	28nm	28nm
Number of processor cores	1152 CUDA cores	5632 stream processor
Computational Power	1.627 teraflops (tflops)	11.4 teraflops (tflops)
Memory Capacity
Memory Type
Memory Bandwidth	102.4 GB/s	640 GB/s
Bus Width	256 bit	1024 bit
Minimum Recommended Power Supply
Memory Connection Port
DirectX Version
OpenGL Version
OpenCL Version
Simultaneous Multi-GPU Setup	false	true
Price at Launch	1499 dollar ($) \$	1,499 dollar ($) \$
Processor base frequency	-	1018 megahertz (mhz)
Graphics Card Power Consumption	-
Power Connector	-	Two 8-pin

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