With the booming growth of the Internet of Things (IoT), implementing security
in endpoints is sometimes an afterthought for many designers. However, the
increased frequency of security breaches brings a heightened risk of exposing
Intellectual Property (IP) and sensitive information to hackers and other malicious
attackers. While incorporating robust security early in the design cycle is
essential, developers of battery-powered IoT endpoints also need to find ways to
successfully reduce power consumption.
Providing an innovative approach to these design challenges, the SAM L10 and
SAM L11 families of 32-bit Arm Cortex-M23 based microcontrollers (MCUs)
integrate a wide variety of peripherals, including security features, while offering
the industry's lowest power consumption. Both MCU families feature capacitive
touch capability to enable designers to add attractive and reliable touch
interfaces to their products.
New Family Combines Industry's
Best-in-Class Low Power
Consumption and Water-Tolerant,
Noise-Immune Capacitive Touch
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Securing IoT Endpoints
SAM L11 is the First 32-bit Microcontroller to Feature Robust,
Chip-Level Security and Arm TrustZone Technology
