Page 5 from comparison Nvidia T400

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Compare Nvidia Geforce Gtx 1060 6Gbwith Nvidia T400

Feature	Nvidia Geforce Gtx 1060 6Gb	Nvidia T400
Chipset Model
Microarchitecture type
Lithography type	16nm	12nm
Number of processor cores	1280 CUDA cores	384 CUDA cores
Processor base frequency	1506 megahertz (mhz)	420 megahertz (mhz)
Processor boost frequency	1708 megahertz (mhz)	1425 megahertz (mhz)
Computational Power	3.8 teraflops (tflops)	1.094 teraflops (tflops)
Memory Capacity
Memory Type
Memory Bandwidth	192 GB/s	80 GB/s
Bus Width	192 bit	64 bit
Graphics Card Power Consumption
Minimum Recommended Power Supply
Power Connector	One 6-pin	-
Maximum Image Resolution	4320 × 7680
Memory Connection Port
DirectX Version
OpenGL Version
Simultaneous Multi-GPU Setup	false	false
Maximum permissible temperature	94 degree celsius (°c)	-
Price at Launch	249 dollar ($) \$	-
Other Processing Features	-	24 Texture Mapping Units (TMU) / 16 Render Output Units (ROP) / 6 SM Units
Output Ports	-	Three mini-DisplayPort 1.4a
OpenCL Version	-
Height Dimensions	-	1 slot

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Compare Amd Radeon R5 235Xwith Nvidia T400

AMD VS NVIDIA

Feature	Amd Radeon R5 235X	Nvidia T400
Chipset Model
Microarchitecture type
Lithography type	40nm	12nm
Number of processor cores	160 stream processor	384 CUDA cores
Processor base frequency	875 megahertz (mhz)	420 megahertz (mhz)
Computational Power	0.2 teraflops (tflops)	1.094 teraflops (tflops)
Memory Capacity
Memory Type
Memory Bandwidth	14.4 GB/s	80 GB/s
Bus Width	64 bit	64 bit
Graphics Card Power Consumption
Minimum Recommended Power Supply
Memory Connection Port
OpenGL Version
OpenCL Version
Simultaneous Multi-GPU Setup	false	false
Processor boost frequency	-	1425 megahertz (mhz)
Other Processing Features	-	24 Texture Mapping Units (TMU) / 16 Render Output Units (ROP) / 6 SM Units
Output Ports	-	Three mini-DisplayPort 1.4a
Maximum Image Resolution	-
DirectX Version	-
Height Dimensions	-	1 slot

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Compare Nvidia T400with Nvidia Tesla K20X

NVIDIA VS NVIDIA

Feature	Nvidia T400	Nvidia Tesla K20X
Chipset Model
Microarchitecture type
Lithography type	28nm	12nm
Number of processor cores	2688 core	384 CUDA cores
Processor base frequency	732 megahertz (mhz)	420 megahertz (mhz)
Processor boost frequency	1300 megahertz (mhz)	1425 megahertz (mhz)
Computational Power	3.935 teraflops (tflops)	1.094 teraflops (tflops)
Other Processing Features	224 Texture Mapping Units (TMU) / 48 Render Output Units (ROP)	24 Texture Mapping Units (TMU) / 16 Render Output Units (ROP) / 6 SM Units
Memory Capacity
Memory Type
Memory Bandwidth	249.6 GB/s	80 GB/s
Bus Width	384 bit	64 bit
Graphics Card Power Consumption
Minimum Recommended Power Supply
Power Connector	One 6-pin and one 8-pin	-
Output Ports	No output port	Three mini-DisplayPort 1.4a
Memory Connection Port
DirectX Version
OpenGL Version
OpenCL Version
Simultaneous Multi-GPU Setup	false	false
Price at Launch	7699 dollar ($) \$	-
Height Dimensions	2 slots	1 slot
Maximum Image Resolution	-

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Compare Nvidia Geforce Rtx 2080 Superwith Nvidia T400

NVIDIA VS NVIDIA

Feature	Nvidia Geforce Rtx 2080 Super	Nvidia T400
Chipset Model
Microarchitecture type
Lithography type	12nm	12nm
Number of processor cores	3072 CUDA cores	384 CUDA cores
Processor base frequency	1650 megahertz (mhz)	420 megahertz (mhz)
Processor boost frequency	1815 megahertz (mhz)	1425 megahertz (mhz)
Computational Power	11.2 teraflops (tflops)	1.094 teraflops (tflops)
Memory Capacity
Memory Type
Memory Bandwidth	495.6 GB/s	80 GB/s
Bus Width	256 bit	64 bit
Graphics Card Power Consumption
Minimum Recommended Power Supply
Power Connector	One 6-pin and one 8-pin	-
Maximum Image Resolution
Memory Connection Port
OpenGL Version
OpenCL Version
Simultaneous Multi-GPU Setup	true	false
Maximum permissible temperature	89 degree celsius (°c)	-
Price at Launch	699 dollar ($) \$	-
Other Processing Features	-	24 Texture Mapping Units (TMU) / 16 Render Output Units (ROP) / 6 SM Units
Output Ports	-	Three mini-DisplayPort 1.4a
DirectX Version	-
Height Dimensions	-	1 slot

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Compare Amd Radeon R5 340Xwith Nvidia T400

AMD VS NVIDIA

Feature	Amd Radeon R5 340X	Nvidia T400
Chipset Model
Microarchitecture type
Lithography type	28nm	12nm
Number of processor cores	384 stream processor	384 CUDA cores
Processor base frequency	1050 megahertz (mhz)	420 megahertz (mhz)
Computational Power	0.8 teraflops (tflops)	1.094 teraflops (tflops)
Memory Capacity
Memory Type
Memory Bandwidth	32 GB/s	80 GB/s
Bus Width	128 bit	64 bit
Graphics Card Power Consumption
Minimum Recommended Power Supply
Memory Connection Port
DirectX Version
OpenGL Version
OpenCL Version
Simultaneous Multi-GPU Setup	false	false
Processor boost frequency	-	1425 megahertz (mhz)
Other Processing Features	-	24 Texture Mapping Units (TMU) / 16 Render Output Units (ROP) / 6 SM Units
Output Ports	-	Three mini-DisplayPort 1.4a
Maximum Image Resolution	-
Height Dimensions	-	1 slot

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Compare Nvidia Geforce Gtx 1660with Nvidia T400

NVIDIA VS NVIDIA

Feature	Nvidia Geforce Gtx 1660	Nvidia T400
Chipset Model
Microarchitecture type
Lithography type	12nm	12nm
Number of processor cores	1408 CUDA cores	384 CUDA cores
Processor base frequency	1530 megahertz (mhz)	420 megahertz (mhz)
Processor boost frequency	1785 megahertz (mhz)	1425 megahertz (mhz)
Computational Power	4.3 teraflops (tflops)	1.094 teraflops (tflops)
Memory Capacity
Memory Type
Memory Bandwidth	192 GB/s	80 GB/s
Bus Width	192 bit	64 bit
Graphics Card Power Consumption
Minimum Recommended Power Supply
Power Connector	One 8-pin	-
Memory Connection Port
DirectX Version
OpenGL Version
OpenCL Version
Simultaneous Multi-GPU Setup	false	false
Price at Launch	219 dollar ($) \$	-
Other Processing Features	-	24 Texture Mapping Units (TMU) / 16 Render Output Units (ROP) / 6 SM Units
Output Ports	-	Three mini-DisplayPort 1.4a
Maximum Image Resolution	-
Height Dimensions	-	1 slot

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Compare Amd Radeon R9 290with Nvidia T400

AMD VS NVIDIA

Feature	Amd Radeon R9 290	Nvidia T400
Chipset Model
Microarchitecture type
Lithography type	28nm	12nm
Number of processor cores	2560 stream processor	384 CUDA cores
Processor base frequency	947 megahertz (mhz)	420 megahertz (mhz)
Computational Power	4.8 teraflops (tflops)	1.094 teraflops (tflops)
Memory Capacity
Memory Type
Memory Bandwidth	320 GB/s	80 GB/s
Bus Width	512 bit	64 bit
Graphics Card Power Consumption
Minimum Recommended Power Supply
Power Connector	One 6-pin and one 8-pin	-
Memory Connection Port
DirectX Version
OpenGL Version
OpenCL Version
Simultaneous Multi-GPU Setup	true	false
Price at Launch	399 dollar ($) \$	-
Processor boost frequency	-	1425 megahertz (mhz)
Other Processing Features	-	24 Texture Mapping Units (TMU) / 16 Render Output Units (ROP) / 6 SM Units
Output Ports	-	Three mini-DisplayPort 1.4a
Maximum Image Resolution	-
Height Dimensions	-	1 slot

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Compare Nvidia Geforce Gtx 1080 Tiwith Nvidia T400

NVIDIA VS NVIDIA

Feature	Nvidia Geforce Gtx 1080 Ti	Nvidia T400
Chipset Model
Microarchitecture type
Lithography type	16nm	12nm
Number of processor cores	3584 CUDA cores	384 CUDA cores
Processor base frequency	1376 megahertz (mhz)	420 megahertz (mhz)
Processor boost frequency	1582 megahertz (mhz)	1425 megahertz (mhz)
Computational Power	10.6 teraflops (tflops)	1.094 teraflops (tflops)
Memory Capacity
Memory Type
Memory Bandwidth	484 GB/s	80 GB/s
Bus Width	352 bit	64 bit
Graphics Card Power Consumption
Minimum Recommended Power Supply
Power Connector	One 6-pin and one 8-pin	-
Maximum Image Resolution	4320 × 7680
Memory Connection Port
DirectX Version
OpenGL Version
Simultaneous Multi-GPU Setup	true	false
Maximum permissible temperature	91 degree celsius (°c)	-
Price at Launch	699 dollar ($) \$	-
Other Processing Features	-	24 Texture Mapping Units (TMU) / 16 Render Output Units (ROP) / 6 SM Units
Output Ports	-	Three mini-DisplayPort 1.4a
OpenCL Version	-
Height Dimensions	-	1 slot

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Compare Nvidia Geforce Rtx 4080 16Gbwith Nvidia T400

NVIDIA VS NVIDIA

Feature	Nvidia Geforce Rtx 4080 16Gb	Nvidia T400
Chipset Model
Microarchitecture type
Lithography type	5nm (TSMC 4N)	12nm
Number of processor cores	9728 CUDA cores	384 CUDA cores
Processor base frequency	2205 megahertz (mhz)	420 megahertz (mhz)
Processor boost frequency	2508 megahertz (mhz)	1425 megahertz (mhz)
Computational Power	48.8 teraflops (tflops)	1.094 teraflops (tflops)
Other Processing Features	304 Texture Mapping Units (TMU) / 76 RT cores / 304 Tensor cores / 76 SM units / 112 Render Output Units (ROP)	24 Texture Mapping Units (TMU) / 16 Render Output Units (ROP) / 6 SM Units
Memory Capacity
Memory Type
Memory Bandwidth	735.7 GB/s	80 GB/s
Bus Width	256 bit	64 bit
Graphics Card Power Consumption
Minimum Recommended Power Supply
Power Connector	One 16-pin	-
Output Ports	1x HDMI 2.1 port / 3x DisplayPort 1.4a ports	Three mini-DisplayPort 1.4a
Memory Connection Port
DirectX Version
OpenGL Version
OpenCL Version
Simultaneous Multi-GPU Setup	false	false
Height Dimensions	2 slots	1 slot
Maximum Image Resolution	-

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Compare Nvidia Geforce Rtx 2070with Nvidia T400

NVIDIA VS NVIDIA

Feature	Nvidia Geforce Rtx 2070	Nvidia T400
Chipset Model
Microarchitecture type
Lithography type	12nm	12nm
Number of processor cores	2304 CUDA cores	384 CUDA cores
Processor base frequency	1410 megahertz (mhz)	420 megahertz (mhz)
Processor boost frequency	1620 megahertz (mhz)	1425 megahertz (mhz)
Computational Power	7.5 teraflops (tflops)	1.094 teraflops (tflops)
Memory Capacity
Memory Type
Memory Bandwidth	448 GB/s	80 GB/s
Bus Width	256 bit	64 bit
Graphics Card Power Consumption
Minimum Recommended Power Supply
Power Connector	One 8-pin	-
Maximum Image Resolution	4320 × 7680
Memory Connection Port
DirectX Version
OpenGL Version
Simultaneous Multi-GPU Setup	false	false
Maximum permissible temperature	89 degree celsius (°c)	-
Price at Launch	499 dollar ($) \$	-
Other Processing Features	-	24 Texture Mapping Units (TMU) / 16 Render Output Units (ROP) / 6 SM Units
Output Ports	-	Three mini-DisplayPort 1.4a
OpenCL Version	-
Height Dimensions	-	1 slot

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Compare Nvidia Quadro T600with Nvidia T400

NVIDIA VS NVIDIA

Feature	Nvidia Quadro T600	Nvidia T400
Chipset Model
Microarchitecture type
Lithography type	12nm	12nm
Number of processor cores		384 CUDA cores
Processor base frequency	735 megahertz (mhz)	420 megahertz (mhz)
Processor boost frequency	1335 megahertz (mhz)	1425 megahertz (mhz)
Computational Power	1.709 teraflops (tflops)	1.094 teraflops (tflops)
Other Processing Features	40 Texture Mapping Units (TMU) / 32 Render Output Units (ROP) / 72 Tensor cores / 10 SM units	24 Texture Mapping Units (TMU) / 16 Render Output Units (ROP) / 6 SM Units
Memory Capacity
Memory Type
Memory Bandwidth	160 GB/s	80 GB/s
Bus Width	128 bit	64 bit
Graphics Card Power Consumption
Minimum Recommended Power Supply
Output Ports	4 x mini DisplayPort ports	Three mini-DisplayPort 1.4a
Maximum Image Resolution	4620×7680 (Likely typo for 7680x4320)
Memory Connection Port
DirectX Version
OpenGL Version
OpenCL Version
Simultaneous Multi-GPU Setup	false	false
Height Dimensions	1 slot	1 slot

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Compare Amd Radeon Rx Vega 64with Nvidia T400

AMD VS NVIDIA

Feature	Amd Radeon Rx Vega 64	Nvidia T400
Chipset Model
Microarchitecture type
Lithography type	14nm	12nm
Number of processor cores	4096 stream processor	384 CUDA cores
Processor base frequency	1247 megahertz (mhz)	420 megahertz (mhz)
Processor boost frequency	1546 megahertz (mhz)	1425 megahertz (mhz)
Computational Power	12.6 teraflops (tflops)	1.094 teraflops (tflops)
Memory Capacity
Memory Type
Memory Bandwidth	483 Gbps	80 GB/s
Bus Width	2048 bit	64 bit
Graphics Card Power Consumption
Minimum Recommended Power Supply
Power Connector	Two 8-pin	-
Maximum Image Resolution	4320 × 7680
Memory Connection Port
DirectX Version
OpenGL Version
Simultaneous Multi-GPU Setup	true	false
Price at Launch	599 dollar ($) \$	-
Other Processing Features	-	24 Texture Mapping Units (TMU) / 16 Render Output Units (ROP) / 6 SM Units
Output Ports	-	Three mini-DisplayPort 1.4a
OpenCL Version	-
Height Dimensions	-	1 slot

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