453-00200-K1 Development Kit

The Sona TI351 Wifi module only supports 20MHz wide Wi-Fi channels.

If your application requires wider Wi-Fi channels, please refer to Ezurios Wi-Fi Modules

ST60

https://www.ezurio.com/wireless-modules/wifi-modules-bluetooth/60-sipt-bluetooth-and-wifi-module

https://www.ezurio.com/wireless-modules/wifi-modules-bluetooth/60-2230c-series-bluetooth-and-wifi-module

Sona IF513

https://www.ezurio.com/wireless-modules/wifi-modules-bluetooth/sona-if513-wifi-6e-bluetooth-5-4-module

Sona IF573

https://www.ezurio.com/wireless-modules/wifi-modules-bluetooth/sona-if573-wi-fi-6e-bluetooth-5-4-module

Sona MT320

https://www.ezurio.com/wireless-modules/wifi-modules-bluetooth/sona-mt320-wifi-6-bluetooth-5-3-module

Sterling LWB5+

https://www.ezurio.com/wireless-modules/wifi-modules-bluetooth/sterling-lwb5-plus-wifi-5-bluetooth-5-module

The Sona TI351 Wifi module only supports Bluetooth Low Energy (BLE).

If your application also requires the Bluetooth classic, please refer to Ezurios Wi-Fi Modules

ST60

https://www.ezurio.com/wireless-modules/wifi-modules-bluetooth/60-sipt-bluetooth-and-wifi-module

https://www.ezurio.com/wireless-modules/wifi-modules-bluetooth/60-2230c-series-bluetooth-and-wifi-module

Sona IF513

https://www.ezurio.com/wireless-modules/wifi-modules-bluetooth/sona-if513-wifi-6e-bluetooth-5-4-module

Sona IF573

https://www.ezurio.com/wireless-modules/wifi-modules-bluetooth/sona-if573-wi-fi-6e-bluetooth-5-4-module

Sona MT320

https://www.ezurio.com/wireless-modules/wifi-modules-bluetooth/sona-mt320-wifi-6-bluetooth-5-3-module

Sterling LWB5+

https://www.ezurio.com/wireless-modules/wifi-modules-bluetooth/sterling-lwb5-plus-wifi-5-bluetooth-5-module

Sterling LWB+

https://www.ezurio.com/wireless-modules/wifi-modules-bluetooth/sterling-lwb-wifi-4-and-bluetooth-52-modules

Yes, the Sona-TI351 requires a 32.768 kHz signal to function.

That signal can be generated internally by the chip-set itself by leaving the SUSCLK / SLOW_CLK_IN pin unconnected. This comes with the benefit of having less components on the PCB. But also comes with the caveat of being less accurate and more power consuming compared to sourcing that signal externally.

For optimal power consumption, the slow clock can be generated externally by an oscillator or sourced from
elsewhere in the system, e.g. a GPIO from the host processor.

The external source must meet the requirements shown in below table and must be be fed into the SUSCLK / SLOW_CLK_IN pin and must be stable before nReset is de-asserted and device is enabled.

External Slow Clock Requirements