Difference between revisions of "emFloat"

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(Arithmetic performance)
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! scope="col" class="unsortable" | Link
 
! scope="col" class="unsortable" | Link
 
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| GD32VF103 || RV32IMAC || N200 || 2.6.0 || Speed || Run from flash, data in internal RAM || [[Bench_Arith_GD32VF103_2p6p0_Speed|Results]]
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| GD32VF103 || RV32IMAC || Nuclei N200 || 2.6.0 || Speed || Run from flash, data in internal RAM || [[Bench_Arith_GD32VF103_2p6p0_Speed|Results]]
 
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|-
| GD32VF103 || RV32IMAC || N200 || 2.6.0 || Balanced || Run from flash, data in internal RAM || [[Bench_Arith_GD32VF103_2p6p0_Balanced|Results]]
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| GD32VF103 || RV32IMAC || Nuclei N200 || 2.6.0 || Balanced || Run from flash, data in internal RAM || [[Bench_Arith_GD32VF103_2p6p0_Balanced|Results]]
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|-
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| TLSR9518A || RV32IMAC_P_V5 || Andes || 2.6.0 || Speed || Run from ILM, data in DLM || [[Bench_Arith_TLSR9518A_2p6p0_Balanced|Results]]
 
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Revision as of 17:35, 3 September 2021

emFloat is the performance-optimized floating-point library for microcontrollers.

This wiki page explains and links to other articles providing information too specific for the user manual or product pages on www.segger.com

Arithmetic performance

emFloat on real hardware
Device Architecture Core emFloat Configuration Notes Link
GD32VF103 RV32IMAC Nuclei N200 2.6.0 Speed Run from flash, data in internal RAM Results
GD32VF103 RV32IMAC Nuclei N200 2.6.0 Balanced Run from flash, data in internal RAM Results
TLSR9518A RV32IMAC_P_V5 Andes 2.6.0 Speed Run from ILM, data in DLM Results