HomeTile CatalogSense.I.6P6
Bergsonne Labs

Sense.I.6P6

extended-range 6-DOF IMU

The Sense.I.6P 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. This IMU is functionally very similar to the Sense.I.6P8, which has lower gyro noise and better temperature stability but with lower max ranges of 16g and 2000 degrees per second.

Product Info

Status
Production
In Stock
0
Preorder (12 Mar 2026)
441
Pricing
QtyEach
1+$15.00
10+$13.50
50+$12.75

Technical Summary

Package
T44-10 (PDF)
Supplies
1.8–3.6V
Component
ICM-42686P (PDF)
Interfaces
I2CI3CSPI

Resources & Links

Datasheet
Download PDF
JSON Tile Definition
v0.8 (Feb 14, 2026)
ECAD Libraries
Eagle|KiCad
Drivers
GitHub
Discussion
Discord

Pad Assignments

12345678910T44-10(top view)
PadTypeFunctionNote
1GND
2DI2C.ADOinternal pull-up sets the I2C address to 0x69, ground for 0x68
SPIMISO
3DI2C.ENinternal pull-up enables I2C/I3C, ground for SPI
SPICS
4I2CCLK
I3CCLK
SPICLK
5I2CDAT
I3CDAT
SPIMOSI
6
7
8DINT2
9DINT1
10V+1.8-3.6V

I2C

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

I3C

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

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. See our Terms of Sale for full details.