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Since filing our first patent in 1988, PNI has been at the forefront of innovation in the design, development, and application of sensor technology. Our patented Magneto-Inductive (MI) reference sensors, systems and sensor suites provide accurate and reliable information for a wide range of applications, including robotics, surveying, navigation, and oceanography and consumer products.

Our ready-to-integrate sensors and sensor systems enable companies to design sensors into their products without making a large investment in in-house sensor expertise. By combining best-in-class sensors with advanced software engines (including auto-calibration and measurement algorithms that can be adapted to the specific needs of an application), PNI's products eliminate the time-consuming - and often unexpected - algorithm development and calibration work that significantly increase development costs and time to market.
 
 
  CompassPoint V2Xe is a pre-programmed 2-axis compassing module with an onboard microprocessor for true plug-
  and-play compass and magnetic field sensing functionality.
  The 2-axis SmartSens MicroMag 2 is ideal for use when designing a 2-axis digital compass or 2-axis magnetic field
  sensor. It is engineered to make designing applications faster and easier than building a 2-axis sensor interface from
  scratch.
  The 3-axis SmartSens MicroMag 3 is ideal for use when designing a 3-axis digital compass or 3-axis magnetic field
  sensor. It is engineered to make designing applications faster and easier than building a 3-axis sensor interface from
  scratch.
  SmartSens MS2100 is a space-efficient integrated module that provides everything needed to design a high-resolution
  2-axis compass or magnetic sensor module, achieving new lows for energy consumption without sacrificing size or
  speed.
  The foundation of all of PNI's ready-to-integrate® sensor modules, SmartSens Sen-XY and Sen-Z sensors harness
  the existing power of the Earth's magnetic field to measure relative or absolute position in 2 or 3 dimensions.
  The foundation of all of PNI's ready-to-integrate® sensor modules, SmartSens Sen-XY and Sen-Z sensors harness
  the existing power of the Earth's magnetic field to measure relative or absolute position in 2 or 3 dimensions.
   The TCM 2.5 is a 3-axis tilt-compensated compass-heading (also known as azimuth, yaw, or bearing angle) module
  with electronic gimballing to provide accurate heading, pitch, and roll measurements over a ±50° tilt range.
   The TCM 2.6 is a 3-axis tilt-compensated compass-heading (also known as azimuth, yaw, or bearing angle) module
  with electronic gimballing to provide accurate heading, pitch, and roll measurements over a ± 50° tilt range.
   With greater accuracy than the TCM 2.6, soft-iron calibration, and extended tilt ranges of up to ± 80°, the TCM 3 is
  designed to provide high-resolution compass heading in almost any environment - and in a cost-effective, low-power
  package.
  A full 360 degrees of tilt compensation enables the "flippable" TCM5 to combine ultra-precise heading information with
  complete flexibility in a low-power module. The compact TCM5 can be mounted in multiple positions and orientations
  without compromising performance.
  The TCM5LT combines a full 360 degrees of tilt compensation with transistor-to-transistor level (TTL) output -
  providing ultra-precise heading information and magnetic field measurement while using less power than any other
  tilt-compensated module.
 
One-piece solution : No need to install a sensor bar or camera

Low latency : Below human perception

Proprietary Kalman filtering algorithms : Fuses sensor outputs into reliable orientation data

Motion-tracking engine outputs are Quaternion

9 axes of motion tracking : 3-axis magnetometer, 3-axis gyroscope, 3-axis accelerometer

API library : Seamless integration into your design
Large Field Measurement Range : ± 11 Gauss

Noise Limited Resolution : 20 nT at 200 cycle counts

Wide Temperature Range : -40° to 85° C (operational)

Minimal External Components -40° to 85° C (operational) RoHs Compliant

Surface Mount Package : Supplied on tape and reel

Low Power : draws < 100 μA at 3 V DC
Digital Interface : Binary RS232

Magnetic Distortion Compensation : Hard & Soft Iron Correction, With Quality of Calibration Score

Low Power : 14-16 mA (typical)

RoHS Compliant

Usable at High Latitudes : Maximum Dip Angle of 85°

Heading Repeatability : 0.05° rms

Heading Resolution : 0.1°
Backward-Compatible Footprint : Fits TCM2.6, TCM3 or TCM5

Digital Interface : Binary RS232 (TCM XB) or Binary CMOS/TTL UART (TCM 5LT)

Flexible Mounting Options : 16 Orientation Options

Full Tilt Compensation : ± 90° pitch; ± 180° roll

Magnetic Distortion Compensation : Soft and Hard Iron Correction

High Accuracy : 0.3° rms

RoHS Compliant
TCM2.5 and TCM2.6 : Cost-effective, reliable compass heading with PNI ASCII Interface

TCM3 : Extended tilt range and 0.5° accuracy with PNI Binary Interface

TCM5 : 360° tilt-range and 0.3° accuracy with PNI Binary Interface
Field Measurement Range : -11 Gauss to +11 Gauss

Average Current Draw : 0.6mA rms @ 8 Hz

Idle Mode : <1 μA rms

Operating Temperature Range : -20C to +70C

Storage Temperature Range : -40C to +85C

Linearity : 0.6%