Capture What
Others Miss
Ultra-high-speed vibration monitoring at 26,670 Hz.
Predict failures before they happen.
Predictive Condition Monitoring
Advanced signal processing captures machine health indicators in real-time. From time-domain vibration to frequency-domain intelligence.
Augmented reality overlay pinpoints mechanical faults in real-time
Frequency domain analysis reveals vibration signatures and patterns
AR overlays visualize vibration data on robotic manufacturing equipment
Live Signal Processing Simulation
Watch real-time DSP analysis in action (updates every 100ms)
ARM CMSIS-DSP processes 26,670 samples per second with zero CPU overhead
High-pass filtering • RMS calculation • Peak detection • Dominant frequency identification • Frequency band power analysis
Built for Performance
Every component engineered for reliability, speed, and precision.
Lightning Fast
26,670 samples per second per axis
Catch transient events others miss. See vibrations that disappear in the blink of an eye.
Real-Time DSP
On-chip FFT, filtering, and RMS calculation
Industrial-grade ARM CMSIS-DSP processes signals at the source. No cloud delays.
Zero CPU Load
DMA-driven data collection
Your processor stays free for analysis. Hardware handles the heavy lifting automatically.
Multi-Mode Operation
Normal, Average, or Displacement modes
Adapt to any application. One platform, infinite possibilities.
Order Tracking
Encoder-synchronized analysis for rotating machinery
Track vibration orders relative to shaft speed, not fixed frequencies. Identifies faults that move with RPM changes—ideal for variable-speed equipment.
Fully Documented
Comprehensive documentation and support
Complete firmware documentation. Professional-grade architecture designed for extensibility.
Industrial-strength monitoring meets embedded efficiency
From Sensor to Insight
Data flows through a precision-engineered pipeline. From raw acceleration to actionable intelligence in microseconds.
IIS3DWB Sensor
26.67 kHz ODR
512-Sample FIFO
Hardware Buffering
DMA Transfer
Zero CPU
High-Pass Filter
10 Hz Butterworth
256-Point FFT
Real-Time Spectrum
Analysis
RMS • Peaks • Bands
See the Unseen Frequencies
256-point Real FFT transforms time-domain vibrations into frequency-domain intelligence.
104 Hz resolution per bin.
Real-time FFT transforms raw acceleration into actionable frequency data
Identify bearing defects, motor imbalances, and structural issues before they become failures.
One Platform, Infinite Possibilities
From factory floors to research labs, XLSensor adapts to your needs.
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Industrial-Grade Components
Built on proven hardware. Designed for reliability.
Sensor
- Model
- ST IIS3DWB
- Type
- 3-Axis MEMS Accelerometer
- ODR
- 26.67 kHz
- Range
- ±2g / ±4g / ±8g / ±16g
- Bandwidth
- 0 - 13.3 kHz
Processing
- MCU
- STM32F767ZI Cortex-M7
- Clock Speed
- 216 MHz
- RAM
- 512 KB
- Flash
- 2 MB
- DSP
- ARM CMSIS-DSP Library
Interface
- SPI Clock
- Up to 10 MHz
- DMA
- Hardware-Accelerated
- FIFO
- 512 Samples (3584 bytes)
- Debug
- USART3 @ 115200 baud
DSP Features
- FFT
- 256-Point Real FFT
- Resolution
- 104 Hz per bin
- Filtering
- 10 Hz Butterworth High-Pass
- Analysis
- RMS, Peak, Frequency Bands
- Modes
- Normal, Average, Displacement
Every component selected for performance, tested for reliability
From the 216 MHz Cortex-M7 to the 26.67 kHz sensor, precision engineering at every layer.
Ready to capture what
others miss?
Experience ultra-high-speed vibration monitoring with professional-grade hardware and real-time DSP processing.