Difference between revisions of "EM.Tempo Acceleration"
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{{note|Accuracy-critical computations, such as Farfield calculation, are still performed in double-precision.}} | {{note|Accuracy-critical computations, such as Farfield calculation, are still performed in double-precision.}} | ||
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[[Image:FDTD58.png|thumb|300px|[[FDTD Module]]'s Engine Settings dialog]] | [[Image:FDTD58.png|thumb|300px|[[FDTD Module]]'s Engine Settings dialog]] | ||
Revision as of 15:36, 29 August 2014
EM.Tempo presents three different options for acceleration. Some details about each of the options are discussed below:
- Single-Precision Solver: EM.Tempo's single-precision solver is a multi-threaded FDTD engine which also takes advantage of modern SIMD facilities (e.g. Intel AVX) found on most processors. It trades a slight reduction in overall accuracy for a relatively large boost in performance.
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Accuracy-critical computations, such as Farfield calculation, are still performed in double-precision. |
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If EM.Cube determines your system does not have the appropriate SIMD facilities to effectively run the single-precision solver, the double-precision solver will be run automatically. |
- Double-Precision Solver: EM.Tempo's double-precision engine is also multi-threaded, and is slightly more accurate in some cases. It does not take advantage of any available SIMD facilities, which makes it a very portable solver.
- GPU Solver:
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Accuracy-critical computations, such as Farfield calculation, are still performed in double-precision. |
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Accuracy-critical computations, such as Farfield calculation, are still performed in double-precision. |
Thread Factor
