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Wearable Devices

Support a healthy lifestyle by choosing convenient, smart, secure wearable solutions

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Harness Machine Learning capabilities for smarter wearables

Machine learning is critical for next generation responsive compute and control wearable applications. New generation processors featuring machine learning acceleration and neural net compute deliver next-level end-user experiences by enabling wearables to be more intelligent and intuitively usable, by lowering the barrier in human-machine interaction and adding contextual awareness.

Overcome design challenges

Engineers face several challenges when designing wearables, especially with smartwatches and bands. They musty worry about ultra-compact form factor, ease of use, low power consumption, intuitive visualization, various connectivity capabilities, measurement accuracy, acoustic processing, and stability.

Since wearable devices record the user¡¯s movements in changing environments, components must be designed for operational stability under different conditions while always ensuring precise and robust measurement of pressure and motion. Also, wearables must embed hardened security, so users do not have to worry about personal or confidential data leakage.

One-stop shop for wearable needs

PSOC? Edge enables next-generation Machine Learning capabilities that enhance user experiences. This integrated MCU provides hardware accelerated neural net compute for ¡°always-on¡± low power and high-performance operation with the right-sized peripheral and on-chip memories.

Reliable AIROC? Wireless Connectivity products are ideal for wearables. The Wi-Fi and Bluetooth? combos support SIG classic Bluetooth? profiles for music and voice/audio functions, while delivering ultra-low-power Wi-Fi and enhanced interference mitigation. PSoC? Bluetooth? LE solutions combine compute, connectivity, and analog into a low-power, highly integrated device.

The small XENSIV? sensors enable sports, health, and activity monitoring to the highest precision and quality.

Infineon OPTIGA? family offers many hardware-based trust anchors supporting embedded authentication and device protection, extending secure cellular connectivity to wearables.

The SECORA? family brings payment and secure NFC capabilities to wearables, while our RF portfolio enhances the user experience with seamless connectivity and location tracking. Infineon¡¯s SEMPER? Nano enable wearables that need low power, reliable NOR Flash.??

Harness Machine Learning capabilities for smarter wearables

Machine learning is critical for next generation responsive compute and control wearable applications. New generation processors featuring machine learning acceleration and neural net compute deliver next-level end-user experiences by enabling wearables to be more intelligent and intuitively usable, by lowering the barrier in human-machine interaction and adding contextual awareness.

Overcome design challenges

Engineers face several challenges when designing wearables, especially with smartwatches and bands. They musty worry about ultra-compact form factor, ease of use, low power consumption, intuitive visualization, various connectivity capabilities, measurement accuracy, acoustic processing, and stability.

Since wearable devices record the user¡¯s movements in changing environments, components must be designed for operational stability under different conditions while always ensuring precise and robust measurement of pressure and motion. Also, wearables must embed hardened security, so users do not have to worry about personal or confidential data leakage.

One-stop shop for wearable needs

PSOC? Edge enables next-generation Machine Learning capabilities that enhance user experiences. This integrated MCU provides hardware accelerated neural net compute for ¡°always-on¡± low power and high-performance operation with the right-sized peripheral and on-chip memories.

Reliable AIROC? Wireless Connectivity products are ideal for wearables. The Wi-Fi and Bluetooth? combos support SIG classic Bluetooth? profiles for music and voice/audio functions, while delivering ultra-low-power Wi-Fi and enhanced interference mitigation. PSoC? Bluetooth? LE solutions combine compute, connectivity, and analog into a low-power, highly integrated device.

The small XENSIV? sensors enable sports, health, and activity monitoring to the highest precision and quality.

Infineon OPTIGA? family offers many hardware-based trust anchors supporting embedded authentication and device protection, extending secure cellular connectivity to wearables.

The SECORA? family brings payment and secure NFC capabilities to wearables, while our RF portfolio enhances the user experience with seamless connectivity and location tracking. Infineon¡¯s SEMPER? Nano enable wearables that need low power, reliable NOR Flash.??

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