High-Precision MEMS Accelerometers for Smart Monitoring
Explore scalable MEMS accelerometer solutions from Noise Vibration Monitoring with edge-ready performance, IoT compatibility, and robust analytics
Advanced MEMS Accelerometer Solutions for Smarter Monitoring
MEMS accelerometers are compact sensors that detect motion and vibration by measuring changes in capacitance or resistance within microelectromechanical systems. Built on silicon-based microstructures, these devices offer exceptional reliability, low power consumption, and precision in real-time motion sensing. They are widely used in predictive maintenance, asset monitoring, and vibration diagnostics in sectors like industrial automation, defense, transportation, and energy.
Noise Vibration Monitoring is a trusted B2B partner delivering MEMS-based solutions across North America. With a growing portfolio of MEMS accelerometer systems, we enable organizations to implement smarter, scalable monitoring platforms. Our solutions are designed for easy integration with industrial networks, cloud services, and condition-monitoring tools, helping clients improve safety, efficiency, and uptime.
1. Hardware Components
- 3-axis MEMS accelerometers with digital SPI/I²C output
MicroSD Cards and Readers – used for onboard data logging and quick-access storage in compact vibration analysis devices. - Surface-mount accelerometer chips for embedded PCB designs
EEPROM Chips and Accessories – support calibration constants and configuration memory in MEMS-based sensing modules. - Battery-powered MEMS nodes for long-term wireless monitoring
NB-IoT End Devices – transmit acceleration data in real-time for remote structural health or machinery diagnostics. - Compact vibration loggers with MEMS acceleration modules
Industrial & Asset Monitoring Sensors – track impact, movement, and vibration events in factory or transport environments. - Ruggedized MEMS packages with hermetic sealing
Fiber Distribution Terminal – serve as durable enclosures and connection hubs in sensor-rich, high-noise environments.
2. Software Capabilities
- Digital signal filtering and calibration algorithms
- Configurable thresholds, alarms, and auto-trigger settings
- Real-time waveform visualization and FFT analysis
- Batch export, timestamping, and automated report generation
3. Cloud Integration & Remote Monitoring
- Over-the-air (OTA) configuration and diagnostics
- Remote access through secure cloud platforms
- Integration with smart dashboards for predictive analytics
- Compatible with Industry 4.0 systems and edge computing nodes
Core Components of MEMS Accelerometer Systems
In addition to offering products and systems developed by our team and trusted partners for MEMS accelerometers, we are proud to carry top-tier technologies from Global Advanced Operations Tek Inc. (GAO Tek Inc.) and Global Advanced Operations RFID Inc. (GAO RFID Inc.). These reliable, high-quality products and systems enhance our ability to deliver comprehensive technologies, integrations, and services you can trust. Where relevant, we have provided direct links to select products and systems from GAO Tek Inc. and GAO RFID Inc.
Key Features and Functionalities
- Ultra-low power operation for battery or wireless deployments
- High-resolution acceleration measurement (up to ±0.002 g)
- Compact, rugged form factors for embedded or mobile use
- Wide operating temperature range and EMI resistance
- Built-in self-test features and digital output formats
Integrations and Compatibility
Our MEMS accelerometers are fully compatible with:
- SCADA and PLC systems
- Edge gateways and wireless sensor networks
- IoT platforms and smart manufacturing systems
- APIs for MATLAB, Python, LabVIEW, and more
Benefits of Using Noise Vibration Monitoring MEMS Solutions
- Faster diagnostics of mechanical issues in compact environments
- Flexible deployment with miniaturized and embedded sensor designs
- Remote monitoring via secure cloud or mobile dashboards
- Improved asset longevity through real-time health tracking
- Seamless integration with legacy or modern platforms
Applications
Monitoring vibrations in motors, pumps, and fans
Rotor and turbine monitoring in power plants
Heavy machinery diagnostics in mining and construction
Manufacturing equipment health tracking
Structural vibration studies in civil engineering
Aircraft engine vibration analysis
Industries We Serve
Industrial Automation and Manufacturing
Defense and Security
Energy and Utilities
Automotive and Transportation
Aerospace and Avionics
Smart Infrastructure and Cities
Industries We Serve
Industrial Automation and Manufacturing
Defense and Security
Energy and Utilities
Automotive and Transportation
Aerospace and Avionics
Smart Infrastructure and Cities
Relevant Industry Standards and Regulations (U.S. & Canada)
- IEEE Std 2700-2017
- MIL-STD-883E
- ISO 2041
- ANSI/ASA S2.47
- CSA C22.2
Relevant Industry Standards and Regulations (U.S. & Canada)
- IEEE Std 2700-2017
- MIL-STD-883E
- ISO 2041
- ANSI/ASA S2.47
- CSA C22.2
Case Studies
United States: Smart Transportation Vibration Sensing
A metro rail operator in Illinois installed MEMS accelerometers on passenger bogies to track real-time vibration and alignment data. The system provided early detection of rail fatigue and wheel misalignments, leading to a 30% reduction in maintenance costs.
United States: Wireless Asset Monitoring in Oil & Gas
A Houston-based upstream oil company implemented wireless MEMS sensors on pump jacks across a remote field. Cloud analytics enabled them to monitor asset health remotely and identify mechanical faults without manual inspections, saving thousands of labor hours and preventing potential failures.
Canada: MEMS Integration in Industrial Robotics
A robotics company in Ontario deployed MEMS accelerometers from GAO Tek Inc. to measure vibration in robotic arms used for high-speed manufacturing. The solution improved positioning accuracy and minimized production rejects by delivering real-time feedback during operation.
Contact Us
Want to explore how MEMS accelerometers can optimize your operations? Contact Noise Vibration Monitoring for personalized consultations, product specifications, and deployment support. Let us help you build smarter, more responsive systems with scalable sensing solutions you can rely on
