The throughput achievable in WICED in lower than the theoretical due to a number of factors. The main limitation is due to the speed of the interface between the radio and the host MCU (SDIO or SPI) and the memory buffering available on the MCU. Typical figures would be in the 10-15Mbps data throughput range with a small MCU such as the STM32F2xx series. If the same radio eg 43341 was connected to a larger processor such as an iMX6 running linux then the dat throughput would be close(r) to the theoretical max.
I am sorry I was not clear. I am referring to the bcm reference eval board bcm943341wiced1_3. This radio is controlled by the ST micro. I used the iperf built in with the wiced mfg code and the throughput is rather low comparing to the theoretical value.
The throughput achievable in WICED in lower than the theoretical due to a number of factors. The main limitation is due to the speed of the interface between the radio and the host MCU (SDIO or SPI) and the memory buffering available on the MCU. Typical figures would be in the 10-15Mbps data throughput range with a small MCU such as the STM32F2xx series. If the same radio eg 43341 was connected to a larger processor such as an iMX6 running linux then the dat throughput would be close(r) to the theoretical max.
