STMicroelectronics
6-axis IMU with ±320 g high-g accelerometer, ±4000 dps gyro, MLC, LGA-14 2.5×3 mm
The LSM6DSK320X is a 6-axis inertial measurement unit that combines a low-g accelerometer (up to ±16 g), a high-g accelerometer (up to ±320 g) and a gyroscope (up to ±4000 dps). It integrates a machine learning core, a finite state machine, low-power sensor fusion, adaptive self-configuration and a smart FIFO, plus OIS/EIS channels and I2C, SPI and MIPI I3C interfaces. Typical uses include smartphones, wearables, drones, event data recorders, impact detection and structural health monitoring.
Key Specifications
Verify against the original datasheet before quoting.
| Accelerometer FS (low-g) | ±2/±4/±8/±16 g |
|---|---|
| Accelerometer FS (high-g) | ±32/±64/±128/±256/±320 g |
| Gyroscope FS | ±250/±500/±1000/±2000/±4000 dps |
| Current consumption | 0.67 mA (6-axis, combo high-performance mode) |
| Interfaces | I2C, SPI, MIPI I3C v1.1; auxiliary SPI/I3C for OIS |
| Package / Temperature | LGA-14L 2.5 x 3.0 mm; -40 to +85 °C |
Market Status
Availability is limited. Factory lead time is currently around 24 weeks.
Quality & Traceability
Cerametronics is ISO 9001 certified and products are RoHS compliant, with counterfeit screening and full traceability on every shipment. A Certificate of Conformance is available on request. For allocation-sensitive or high-risk lots, independent third-party lab verification can be arranged — just flag it on your RFQ. Any lot that fails incoming inspection is quarantined and never shipped.
FAQ
Why does the LSM6DSK320X have two accelerometers?
The low-g channel (±2 to ±16 g) handles precise motion tracking, while the separate high-g channel (up to ±320 g) captures shocks and impacts without saturating.
Can it run classification on the sensor itself?
Yes. Its machine learning core and programmable finite state machine can classify motion on-chip without waking the host processor.
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