Difference between revisions of "emFloat"
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! scope="col" class="unsortable" | Notes |
! scope="col" class="unsortable" | Notes |
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! scope="col" class="unsortable" | Link |
! scope="col" class="unsortable" | Link |
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+ | | FE310-G002|| RV32IMAC || SiFive E310-G002 || 2.6.0 || Speed || Run from ITIM, data in DTIM || [[Bench_Arith_FE310-G002_2p6p0_Speed|Results]] |
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| GD32VF103 || RV32IMAC || Nuclei Bumblebee || 2.6.0 || Speed || Run from flash, data in internal RAM || [[Bench_Arith_GD32VF103_2p6p0_Speed|Results]] |
| GD32VF103 || RV32IMAC || Nuclei Bumblebee || 2.6.0 || Speed || Run from flash, data in internal RAM || [[Bench_Arith_GD32VF103_2p6p0_Speed|Results]] |
Revision as of 17:57, 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
Contents
Arithmetic performance
Device | Architecture | Core | emFloat | Configuration | Notes | Link |
---|---|---|---|---|---|---|
FE310-G002 | RV32IMAC | SiFive E310-G002 | 2.6.0 | Speed | Run from ITIM, data in DTIM | Results |
GD32VF103 | RV32IMAC | Nuclei Bumblebee | 2.6.0 | Speed | Run from flash, data in internal RAM | Results |
GD32VF103 | RV32IMAC | Nuclei Bumblebee | 2.6.0 | Balanced | Run from flash, data in internal RAM | Results |
TLSR9518A | RV32IMAC_P_V5 | Andes N25F | 2.6.0 | Speed | Run from ILM, data in DLM | Results |
TLSR9518A | RV32IMAC_P_V5 | Andes N25F | 2.6.0 | Balanced | Run from ILM, data in DLM | Results |