Health and fitness
Secure, effective solutions that are fit for the future
The world of health and fitness has seen a rapid uptake in the convergence of media and technology. IoT health and fitness devices such as fitness trackers allow users to accurately track, monitor, control, and manage information about their personal fitness and health. These fitness trackers can transmit data wirelessly, provide real-time feedback on a user’s progress or performance and give timely alerts. While the privacy and security of user data collected by a wearable is a valid concern, a smart device fitted with the right semiconductor solution can protect user data while accurately tracking their personal health and fitness.
The design of a health and fitness device must have the right form factor, and be portable and easy to use. Additional critical design factors that must be considered include measurement accuracy, operation longevity, and stability. Since health and fitness trackers record the user’s movements through various environments, components that support pressure sensing with high-accuracy motion detection while remaining stable in various temperatures are also musts. Ultimately, for a health and fitness device to be successful it must be secure, effective, and efficient without compromising measurement accuracy under a range of conditions or ergonomics.
System diagram: IoT health and fitness tracker
Infineon fulfills your health and fitness project requirements
In Infineon’s broad portfolio of high-quality products, you will find a full system solution for health and fitness applications, including hardware-based security solutions, highly innovative sensing technologies, efficient and power-dense power management, and compact and efficient motor control. Enjoy peace of mind knowing our products adhere to international standards, such as TS16949, ISO 9001, IEC 17025, while also fulfilling your project’s specific needs. The key benefits of sourcing Infineon components are:
- Improved protection
- Full flexibility in terms of space, performance and cost
- Better form factor and ergonomics
- Quiet, precise control of electric motors
- Reduced design effort
- High accuracy in a wide temperature range
- Accurate altitude measurement
Take at look at the system diagram and browse our portfolio to find the right solutions for your health and fitness designs.
Infineon sensor hub nano hosts one DPS310 barometric pressure sensor and XMC1000 32-bit ARM Cortex-M0 MCU. The board size is 30mm x 15mm x 10mm.
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