Analog Devices' MEMS Wireless Vibration Sensing System Enables Remote Monitoring of Industrial Machi

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Analog Devices' MEMS Wireless Vibration Sensing System Enables Remote Monitoring of Industrial Machine Health

NORWOOD, Mass.--(BUSINESS WIRE)-- Analog Devices, Inc. (ADI) today introduced a wireless vibration sensing system that allows industrial systems operators to remotely monitor production equipment health, improve system performance, and reduce maintenance costs. The new networked system includes the ADIS16229 iSensor® wireless vibration sensor node, which combines dual-axis digital MEMs (micro-electro mechanical systems) acceleration sensing with advanced frequency-domain and time-domain signal processing. The sensing system also includes the ADIS16000 gateway node, which supports up to six ADIS16229 sensors at one time using a proprietary wireless protocol, managed through an SPI interface compatible with most embedded processor platforms. The wireless function enables the remote monitoring of equipment in hard to reach or dangerous locations, while the vibration sensing and detection node is easy to install into existing infrastructure and allows continual monitoring that can be used to evaluate equipment performance and schedule predictive maintenance.

"The primary driver of predictive maintenance is the reduction of factory system downtime, which currently relies on periodic off-line performance trend analysis," said Bob Scannell, iSensor business development manager, MEMS/Sensors Group, Analog Devices. "With MEMS-based vibration sensors that continuously monitor machine tools, turbines, pumps, conveyors, compressors, engines and other equipment, factory operators receive real-time statistical performance data and process control feedback that allow them to prevent costly system shut-downs."

More About the ADIS16229 and ADIS16000

The ADIS16229 is a complete sensor node featuring a MEMs vibration sensor, an RF transceiver, and embedded frequency and time domain signal processing. The device captures shifts in equipment performance through direct analysis and reporting of the frequency-domain signature using a 512-point, real-valued FFT (fast Fourier transform), FFT magnitude averaging, and programmable spectral alarms. An FFT record storage system offers users the ability to track changes over time and capture FFTs with multiple decimation filter settings.

The ADIS16000 gateway node wirelessly connects with up to six sensor nodes, and then interfaces with most embedded processor platforms, through a standard SPI interface.

ADIS16229 and ADIS16000 Key Features

  • MEMS wireless vibration system: 862 MHz to 928 MHz
  • Sensor node (ADIS16229)
    • Dual-axis, ±18g MEMS accelerometer
    • 5.5k-Hz resonant frequency
    • Sample rate up to 20 kSPS
    • Programmable wake-up capture, update cycle times
    • FFT, 512-point, real valued; programmable averaging/storage
    • Programmable alarms, 6 spectral bands, 2 levels
    • Internal self-test, with status flags
    • Single-supply operation: 3.0 V to 3.6 V
  • Gateway node (ADIS16000)
    • SPI to RF function
    • Manage up to 6 sensor nodes

Pricing and Availability

Product       Availability      



Price Each
Per 1,000






-40° C to +85° C




47.0mm x 37.6mm x 22.6
mm PCB with SMA





-40° C to +85° C




antenna interface


About Analog Devices

Innovation, performance, and excellence are the cultural pillars on which Analog Devices has built one of the longest standing, highest growth companies within the technology sector. Acknowledged industry-wide as the world leader in data conversion and signal conditioning technology, Analog Devices serves over 60,000 customers, representing virtually all types of electronic equipment. Analog Devices is headquartered in Norwood, Massachusetts, with design and manufacturing facilities throughout the world. Analog Devices is included in the S&P 500 Index.

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Subscribe to Analog Dialogue, ADI's monthly technical journal, at:

Analog Devices, Inc.
Edie Kramer, 781-937-1734
Andrew MacLellan, 617-897-8270

KEYWORDS:   United States  North America  Massachusetts


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