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Diving Into Alif Semiconductor’s Secure System Architecture and Secure Boot Process

Embedded system designs are often faced with the challenge of balancing many contradictory requirements: high performance and low power consumption, device versatility and low latency, as well as security and application flexibility. Alif Semiconductor addresses these design constraints with dynamic and highly scalable microcontrollers (MCUs) that actively optimize all aspects of its core function including processing, power management, security, memory, hardware acceleration, connectivity, and software reuse.

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Introducing the Balletto family of MCUs: The industry’s first BLE MCU with integrated DSP function and NPU

From true wireless stereo (TWS) earbuds to wireless Bluetooth speakers, the Bluetooth protocol has dominated the consumer market for wirelessly streaming audio to headphones, hearables, or speakers. As such, Bluetooth audio technology is continually enhanced to support these use cases with techniques such as Advanced Audio Distribution Profile (A2DP) and more recently, the Bluetooth Low Energy (BLE) audio feature, Auracast.

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Autonomous Intelligent Power Management (aiPM): Simplifying power management and eliminating the external PMIC

Battery capabilities expectations call for intelligent power handling from the system level down to chip level. Alif Semiconductor® addresses these expectations on all of its MCUs with its exclusive Autonomous Intelligent Power Management (aiPM™) technology that allows fine-grained control of when resources in the chip are being powered.

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Ensuring Robust Edge Security in Microcontrollers

By processing data closer to where it’s generated, edge systems significantly reduce latency and bandwidth usage. However, this decentralization introduces new security challenges, as edge devices typically operate outside traditional, secure networks. As edge devices have proliferated, they continue to become attractive targets for malicious activities, including sophisticated cyber-attacks.

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