Low Power Microcontrollers provide sensor management.March 17, 2014 -
Designed to manage, collect, and analyze data from environmental sensors, Models ML610Q793 and ML610Q794G incorporate 8-bit RISC CPU core and 16-bit coprocessor for arithmetic operations, along with analog to digital converters. Devices operate at up to 4 MHz and include 64 KB of Flash for program storage, 4 KB of RAM for program use, and 8 KB of dual port RAM for data logging. Interfaces such as I2C Master/Slave, SPI, GPIO, and UART enable compatibility with many types of sensors.
LAPIS Semiconductor Introduces Industry's Smallest Low Power Microcontrollers for Sensor Management
ROHM Semiconductor USA, LLC
10145 Pacific Heights Blvd., Suite 1000
San Diego, CA, 92121
Press release date: March 7, 2014
High performance 8bit MCUs designed to manage, collect, and analyze data from an array of environmental sensors.
KYOTO, Japan and SANTA CLARA, Calif. -- LAPIS Semiconductor Co., Ltd., a ROHM Group Company, has recently announced the release of 8bit low power microcontrollers designed for sensor management, data collection and processing. The ML610Q793 and ML610Q794G include LAPIS Semiconductor's original high-performance 8bit RISC CPU Core (U8) and a 16bit coprocessor for arithmetic operations, along with analog to digital converters.
Multiple digital interfaces are on chip, including an I(2)C slave for connecting to a host processor if required. This makes it possible to efficiently control and collect data from multiple sensors, lightening the load on the host processor while reducing system level power consumption. Their robust processing capabilities and low power operation make them ideal for Internet of Things (IoT) applications requiring high performance data collection and processing with minimal power consumption.
These devices operate at up to 4MHz (4MIPS) and include 64Kbytes of FLASH for program storage, 4Kbytes of RAM for program use, and 8Kbytes of Dual Port RAM for data logging. The on-chip coprocessor can perform Multiplication, Division, and Square Root functions, allowing for advanced data analysis. In addition, a variety of interfaces are provided that allow connection to virtually any type of sensor. For analog output sensors there are 3 channels of 12bit Successive Approximation Analog to Digital Conversion (SA-ADC), and for interfacing with digital sensors and wired/wireless communication devices four ports are included: SPI Master, I(2)C Master, UART, and Synchronous I/O. General Purpose I/O and an I(2)C Slave I/F for interfacing to a host processor are also available.
The ML610Q793 is available in a thin, compact 48pin WL-CSP (Wafer Level-Chip Scale Package) measuring just 3.1mm x 3.0mm and the ML610Q794G which has all of the features of the ML610Q793 plus a crystal clocking circuit is available in a 48pin QFP package.
-- Designed for low power control of multiple sensors
-- 8bit RISC CPU (U8) core and 16bit arithmetic coprocessor operate at 4MHz and provide independent sensor control and management
-- Multiple interfaces enable compatibility with many types of sensors (I(2)C Master/Slave, SPI, GPIO, UART)
-- 12bit high-performance SA-ADC
-- On-chip memory for program storage and data logging
Pricing: US$1.25 (ML610Q793) Samples
(4000pcs) US$1.35 (ML610Q794G) Samples
available July 2014
Delivery: 14 weeks ARO
A Software Development Kit (SDK) is available, consisting of a development board, uEase debugger pod, and sample programs for simultaneously managing and sampling the on-board 3-axis digital output accelerometer, digital temperature and humidity sensor, analog Hall Effect sensor, magnetic sensor, 3-axis gyroscope, barometric pressure sensor, analog UV sensor, and analog ambient light and proximity sensor.
-- Internet of Things (IoT) applications
-- Home and building automation
-- Sensor network modules
-- Wearable health & fitness devices
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Sr. Tech Product Mktg Manager