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I had some free time so I've developed this tool that calculates the performance of Nvidia GPUs based on the Kepler Architecture. This tool provides detailed insights about the Kepler-based GPU performance from 2 main aspects:1. Instructions Dispatch Performance.2. Execution Performance (GFLOPs and TFLOPS) This tool also allows you to dynamically observe the performance changes against any clock speed you want, simulating the GPU Boost feature in numbers.* Please, this is a PDF version for show only, you can download the full functioning tool through this link: http://www.4shared.com/file/OhQP6PNk/Nvidia_GPU_Boost_Performance_C.htmlThank You!
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GPCs # 4
SMXs/GPC # 2
SMXs # 8 Auto-Filled Field
Warp Scheduler/SMX # 4Dispatch Unit/Warp
Scheduler # 2
CUDA Cores/SMX # 192
CUDA Cores/GPC # 384
Total CUDA Cores # 1536
Base Clock (MHz) 1006
Performance (32-bit):
Clock Speed (MHz) 1006
SLI Configuration - # of GPUs1
Warp Scheduler Instructions
Dispatch/Clock
2
SMX Instructions
Dispatch/Clock 8
GPC Instructions
Dispatch/Clock16
Total GPU(s) Instructions
Dispatch/Clock64 GFLOPs
Total GPU(s) Instructions
Dispatched at The Clock
Speed
64,384 TFLOPs
FLOPs/CUDA Core/Clock 2
GFLOPS/SMX 386,304
GFLOPS/GPC 772,608 1700
Total GPU(s) GFLOPs 3,090.4
Total Geforce Boost Increase
Percentage100.0%
1700 MHz |
Please You Can Download The Interactive Tool File Here (Excel Sheet):
http://www.4shared.com/file/OhQP6PNk/Nvidia_GPU_Boost_Performance_C.html
Nvidia GPU Boost - Performance Calculator
Developed By: Ayman Basheer, 2012 | [email protected]
Instructions Dispatch Performance
Execution Performance
GeForce Boost Clock Speed (Mhz)
GPU(s) Processing Performance
3,090
3.1
Max Clock (Mhz) =
|1006 MHZ
Kepler Elements (Single GPU):
Reset to The Base Clock 1006 MHz
