Don Dingee
Moderator
View attachment 13333Lenovo selected the NXP LPC54100 MCU to provide sensor hub functions in its upcoming VIBE X2 Pro smartphone. With as little as 3uA for always-on "sensor listening" and active mode power consumption of 55 uA/MHz for sensor data aggregation, the part is power efficient. Its ARM Cortex-M4 core provides computational ability for sensor fusion algorithms.
Always-on capability is growing as smartphones add more sensors. Instead of using the application processor, an ultra-low power microcontroller can coordinate sensors and produce context from readings. The NXP LPC54100 compliments the main application processor, a MediaTek True8Core MT6592, in the VIBE X2 Pro.
Press release:
Lenovo selects NXP’s ultra-low-power microcontroller for new Lenovo VIBE X2 Pro smartphone
Always-on capability is growing as smartphones add more sensors. Instead of using the application processor, an ultra-low power microcontroller can coordinate sensors and produce context from readings. The NXP LPC54100 compliments the main application processor, a MediaTek True8Core MT6592, in the VIBE X2 Pro.
Press release:
Lenovo selects NXP’s ultra-low-power microcontroller for new Lenovo VIBE X2 Pro smartphone