Freescale and Monebo have partnered to provide medical device designers and their customers optimized electrocardiogram (ECG) solutions and quicker time to market by delivering the industry’s first ECG-on-a-chip. This integrated hardware and embedded software solution shortens the design cycle time for quicker time to market.

The Monebo Kinetic™ ECG Algorithm provides signal processing and interpretation of the ECG waveform, thereby aiding healthcare professionals in assessing cardiac parameters. It provides highly accurate QRS detection and feature extraction, beat classification, interval measurement, and rhythm interpretation for up to sixteen leads of captured ECG data.

The Monebo Kinetic™ ECG Algorithm can be used in a wide range of applications such as event monitors, telehealth devices, and patient monitoring systems. Just pick an appropriate Freescale processor from the list of related products to the right and a Kinetic^TM ECG Algorithm to create a semi custom ECG-on-a-chip solution for your medical application.

ECG-on-a-Chip

• Huge Portfolio of Hardware Options
• Based on customer requirements, any Freescale MCU can be used with the Kinetic™ ECG Algorithms
• Highly accurate Kinetic ECG Algorithm that provides interval measurements, beat classification and rhythm interpretation
• Kinetic™ Intervals
• Kinetic™ Rhythms
• Kinetic™ AF
• Kinetic™ ST
• Kinetic™ QRS
• Freescale hardware running the Monebo Kinetic ECG Algorithm offers an optimized semi-customer solution for every ECG application

Kinetic™ ECG Algorithm

• Compatibility with any Freescale microcontroller
• Designed for use in embedded applications
• Highly accurate
• Efficient code size (as low as 18kB)
• Minimal battery usage due to real-time data collection and no warm-up period
• Online Beat-by-beat Output
• Analyze up to 16 leads
• T wave morphology changes
• Beat classification and arrhythmia detection
• Annotation file for further offline rhythm analysis