BERGSONNE

Sense.I.6P6

Production

extended-range 6-DOF IMU

The Sense.I.6P6 is a precision 6-DOF inertial measurement unit based on the extended-range TDK Invensense ICM-42686P. The 16-bit accelerometer full-scale range can be set to +/- 2g, 4g, 8g, 16g, or 32g with an output data rate of up between 1.5Hz and 32kHz, while the 16-bit gyro range can be set to +/- 15.6, 31.5, 62.5, 125, 250, 500, 1000, 2000, or 4000 degrees per second with an output data rate of 12.5Hz and 32kHz. The sensor includes a user-programmable filters, on-board motion functions (pedometer, tilt, tap, raise, etc.), and a 2kB FIFO.

Sense.I.6P6

Technical Summary

Package
T44-10
Packaging
To be announced
Power
1.8–3.6V
Component
ICM-42686P (PDF)
Interfaces
I2CI3CSPI

Resources & Links

Datasheet
Coming soon
JSON Tile Definition
v0.16 (Oct 25, 2026)
ECAD Libraries
Eagle|KiCad
Discussion
Discord

Configuration

I2C address
0x69 (default)0x68 (alternate)
Interface mode
I²CSPII3C

Application Notes

Sensor Axes

The Z axis of the IMU protrudes through the center of the tile, while the XY plane is approximately 1.0mm from the bottom surface of the tile, with the X axis pointing toward the left side (pads 1-5), as shown.

Sensor Axes

Pad Assignments

1GND2I2C.AD03I2C.EN4I2C.CLK5I2C.DAT678INT29INT110V+T44-10(top view)
PadTypeFunctionNote
1⏻GND
2DI2C.AD0internal pull-up sets the I2C address to 0x69, ground for 0x68
DSPI.MISO
3DI2C.ENinternal pull-up enables I2C/I3C, ground for SPI
DSPI.CS
4DI2C.CLK
DSPI.CLK
DI3C.CLK
5DI2C.DAT
DSPI.MOSI
DI3C.DAT
6—
7—
8DINT2
9DINT1
10⏻V+1.8-3.6V

I2C

I2C
Mode
slave
Max Clock
—
Addresses
0x69(default), 0x68
Format
7-bit address
FunctionRequiredPad(s)
I2C.CLKYes4
I2C.DATYes5
I2C.AD0No2
I2C.ENNo3

I3C

I3C
Mode
slave
Max Clock
12.5MHz (SDR)
Address
—
Format
—
FunctionRequiredPad(s)
I3C.CLKYes4
I3C.DATYes5
I3C.ENNo3

SPI

SPI
Mode
slave
Max Clock
24MHz
Address
—
Format
—
FunctionRequiredPad(s)
SPI.MISOYes2
SPI.CSYes3
SPI.CLKYes4
SPI.MOSIYes5

Development Product — This is an electronic development module intended for evaluation, prototyping, and integration into other designs by qualified engineers and developers. It is not a finished consumer product and has not been independently certified for FCC, CE, UL, or other regulatory compliance. The integrator of this module into a finished product is responsible for obtaining all necessary certifications. Not intended for use in life-support systems, safety-critical applications, or any application where failure could result in personal injury or property damage.