XIAO MG24

Cortex-M33 (EFR32MG24) · Arm Cortex-M · 39 MHz

Board: XIAO MG24 Sense
Core: Cortex-M33 (EFR32MG24)
Clock: 39 MHz
float / double: 32-bit / 64-bit

uint8_t add

2.71 M/s

rank 11 of 16 · 369 ns

uint32_t add

3.19 M/s

rank 11 of 16 · 313 ns

uint32_t divide

2.21 M/s

rank 11 of 16 · 453 ns

float multiply

3.18 M/s

rank 8 of 16 · 314 ns

Cycles per uint32 add

12.2 cycles

rank 3 of 16 — the clock-independent number

What every operation costs

Every numeric type, all five operations, as clock cycles per operation: the shape of this part's cost independent of its clock. The bars are the story of where it falls off a cliff — divide, 64-bit, floating point.

The same cells as nanoseconds per operation, median of three samples. Darker is slower; the small number is this board's rank in the fleet for that cell (1 = fastest of 16).

	Add	Subtract	Multiply	Divide	Modulo
uint8_t	369 ns #11 of 16	369 ns #11 of 16	397 ns #11 of 16	409 ns #11 of 16	522 ns #11 of 16
uint16_t	340 ns #11 of 16	341 ns #11 of 16	341 ns #11 of 16	479 ns #11 of 16	565 ns #11 of 16
uint32_t	313 ns #11 of 16	313 ns #11 of 16	341 ns #11 of 16	453 ns #11 of 16	509 ns #11 of 16
uint64_t	424 ns #11 of 14	424 ns #11 of 14	508 ns #11 of 14	3.51 µs #10 of 14	3.51 µs #10 of 14
float	315 ns #8 of 16	315 ns #8 of 16	314 ns #8 of 16	648 ns #9 of 16	3.15 µs #11 of 16
double	2.71 µs #11 of 16	2.71 µs #11 of 16	1.99 µs #11 of 16	2.64 µs #11 of 16	6.07 µs #11 of 16

XIAO MG24

What every operation costs

In the fleet

Head to head