Hi HJ,
One interrupt pin is typically used to indicate data-ready for processor synchronization and the second one for any of the embedded functions such as any-motion (slope) detection for wake-up, tap sensing for tap-sensitive user interface control, orientation change recognition for portrait or landscape switching, low-g/high-g detection for shock and free-fall detection, or no-motion for power saving. All these embedded interrupt functions allow for overall power savings relieving the host processor from continuously polling data.
Regards,
Tomas
PS: If my answer helps to solve your question, please mark it as "Correct" or “Helpful”. Thank you.
Hi HJ,
One interrupt pin is typically used to indicate data-ready for processor synchronization and the second one for any of the embedded functions such as any-motion (slope) detection for wake-up, tap sensing for tap-sensitive user interface control, orientation change recognition for portrait or landscape switching, low-g/high-g detection for shock and free-fall detection, or no-motion for power saving. All these embedded interrupt functions allow for overall power savings relieving the host processor from continuously polling data.
Regards,
Tomas
PS: If my answer helps to solve your question, please mark it as "Correct" or “Helpful”. Thank you.