Freescale Semiconductor (NYSE: FSL) has been awarded an
Product of the Year award for its Freescale
Xtrinsic eCompass software
, which fuses data from Freescale Xtrinsic
to implement a highly accurate tilt-compensated electronic compass with full hard and soft iron calibration of magnetic disturbance.
Engineers integrating electronic compasses into smartphones and tablets have traditionally been faced with lengthy licensing negotiations with specialist providers of sensor fusion software and do not generally receive source code that can be compiled for their processor of choice. Freescale provides the
Xtrinsic eCompass software in ANSI C source code format
via a click-through license agreement with the simple restriction that the software be used in conjunction with Freescale sensors, but without restrictions on the processor used.
The editors of
a leading trade publication for electronic design engineers, evaluated thousands of products introduced over the past year. The winning products were selected on the basis of innovative design, significant advancement in technology or application and substantial achievement in price and performance. Freescale’s Xtrinsic eCompass software was
honored in the software category
for providing source code and a simple licensing process, which significantly empowers engineers wanting to add eCompass and orientation calculation to consumer products.
“We are honored to be recognized by
for our significant achievements in the sensor fusion space, illustrated by the innovative design of our Xtrinsic eCompass software,” said Seyed Paransun, vice president and general manager of Freescale’s Sensor & Actuator Solutions Division. “This is a true testament to the dedication of Freescale and our entire team of engineers to develop compelling sensing solutions that achieve outstanding levels of performance.”
Sensor fusion algorithms synthesize the inherent strengths of each sensor to achieve greater accuracy and optimization. Freescale's Xtrinsic eCompass magnetic calibration algorithms implement real-time characterization of the intense hard and soft iron magnetic field interference present on smartphone or tablet printed circuit boards, while the tilt-compensated eCompass software provides an accurate compass heading irrespective of the orientation of the handheld device.