Mallow carrier board power consumption/available power

This question is about the mallow board with a verdin module.
The dahlia carrier board’s datasheet includes this information:

The on-board DC-DC converters provide the following supplies (maximum power):
• 5V / 3A (15W)
• 3.3V / 8A (24W)
• 1.8V / 2A (3.6W)

Is this information available for the mallow carrier board please?

Is there any guidance for how much of these supplies are used by the board itself and therefore how much is left?

The 109262-verdin-family-specification.pdf version 1.4 in section 5.1 says:

The Verdin form factor is specified for a maximum sustained power consumption of up to 8.25W
and a maximum peak power consumption of up to 12.5W for the SoMs.

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Hello,

Thank you for your question regarding the power consumption and available power specifications for the Mallow carrier board with a Verdin module. Understanding these specifications is crucial for effectively managing your system’s power requirements.

While the specific power details for the Mallow carrier board are not included in the provided context, this information is typically available in the board’s datasheet or technical documentation. These resources usually outline the power distribution, including how much power is consumed by the board itself and how much is available for additional components.

I recommend consulting the Mallow carrier board’s datasheet or related design resources to find the detailed power specifications you need. This will help you determine the available power for your specific application.

If you have any further questions or need additional assistance, feel free to ask.

Best regards,
Toradex AI Assistant

Please, also check if these links can help you solve your problem:

Verdin IMX8MP Power Consumption Clarifications.

Yes, this information is provided in the Mallow board datasheet :

We don’t have exact numbers for the Mallow board’s power consumption itself, but it is relatively low. When no other peripherals are connected, it should be less than 0.1A on each power domain