LAPIS Semiconductor Announces Ultra-Low Power, Ultra-Compact Sensor Hub Microcontroller for Smartphones & Accessories

The ML610Q792 makes it possible to deploy new cloud-based features and services in smartphones that would otherwise be prohibitive due to increased power consumption.



It logs user environment data and detects user activity without disturbing the host processor. And its remarkably low power consumption not only prolongs battery life, but enables support for wireless communication in compact products like pedometers and smartphone accessories.



The microcontroller incorporates an original high-performance 8-bit RISC CPU Core (U8) and 16-bit coprocessor for arithmetic calculations. Dual interfaces allow for both sensor connection and connecting to the main chipset, while the ultra-compact WL-CSP form factor (3.1mm x 3.0mm) supports high-density designs. In addition, a development board containing multiple sensors and drivers is provided along with a Software Development Kit that includes sample source code and libraries for data logging, calorie calculation, pedometer function, and device drivers for interfacing with the host processor.



One of ROHM Group’s future-growth strategies is to offer total sensor solutions that provide greater added-value through product synergy combining ROHM sensors (proximity, ambient light, Hall ICs, temperature) and Kionix accelerometers and gyroscopes with Lapis Semiconductor low-power microcontrollers.



Microcontroller Features:

• Ultra-low power consumption solution for user-activity / user-environment detection

• Ultra-compact 48-pin WL-CSP (3.1mm x 3.0mm) package contributes to smaller designs

• Comprehensive software support including sensor drivers and key algorithms

• Controls multiple sensors installed on smartphones

• Equipped with LAPIS Semiconductor’s original high-performance 8-bit RISC Core

• Low power consumption of 0.6μA or less in HALT mode

• Built-in 64KB Flash ROM, onboard Write supported



Software Development Kit Features:

• The SDK includes a development board with several sensors

• Driver firmware for each sensor is provided along with sample programs for data logging, pedometer, and activity monitoring with activity detection (i.e. walking, running, riding)

• Includes software development tools and uEASE emulator

• Android drivers under development

• Additional compatible sensors currently being developed.