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Bench Talk for Design Engineers

Bench Talk

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Bench Talk for Design Engineers | The Official Blog of Mouser Electronics


New Tech Tuesdays: Single Board Computers Bring AI to the Edge Rudy Ramos
In just a few years, AI has transformed the world’s economies, from automotive and security to retail and personal computing. Now, it is poised to transform industrial automation by making AI at the edge more efficient, secure, and affordable using single board computers.

New Tech Tuesdays: Embracing the Edge: Computing Where It Counts Rudy Ramos
Embedded devices powered by system-on-chips (SoCs) provide a compact yet powerful computing solution. Learn how embedded devices and SoCs are revolutionizing data processing and real-time analytics.

Prioritize Embedded System Security for Edge Applications Brandon Lewis
Utilizing a zero-trust decentralized security framework approach can protect edge devices against threats using layers of defense, from securing the hardware components at the design level to implementing encryption protocols.

Edge Impulse Fundamentals Part Eight Mike Parks
Edge Impulse offers features that make model versioning and deployment not just feasible but also efficient. Part 8 of the Edge Impulse Fundamentals series delves into how these functionalities are managed and why they are crucial for developers and organizations.

Edge Impulse Fundamentals Part Seven Mike Parks
Part 7 of the Edge Impulse Fundamentals series explores how the Live Classification tool validates the machine learning model in the browser with data captured directly from any device or supported development board without the need to deploy the model with every iteration.

Data Center Evolution Driven By 5G Expansion JJ DeLisle
Traditional centralized data centers are being challenged by the connectivity revolution, including 5G, IoT, and AR/VR technologies. This is prompting a shift towards edge computing and micro data centers to meet the ultra-reliable, low latency, and high bandwidth demands of modern applications.

New Tech Tuesdays: Edge Computing: The Future of Distributed Data Processing Rudy Ramos
Edge computing is a distributed computing paradigm that brings computation and data storage closer to the location where it is needed, aiming to improve response times and save bandwidth, but not without challenges.

IIoT Potential with Edge Computing TE Connectivity
Edge computing decentralizes data processing to help reduce central system gridlock, boosting efficiency in sectors like healthcare and agriculture. Challenges include IIoT device durability and data privacy. TE Connectivity (TE) provides products that help to optimize edge computing, addressing space constraints and reliability.

Edge Computing Hardware Evolves to Meet IoT Demands Brian Santo
The edge is getting smarter as IoT devices take on more complex tasks and become less dependent on a central cloud, instead processing data locally using AI inference without compromising security or privacy.

Edge Impulse Use Case: Wildfire Detection Muhammed Zain and Salman Faris
Edge machine learning has significant potential in the field of emergency preparedness and, specifically, for wildfire detection. With this technology and the resources and tools from Edge Impulse, we can save the lives of animals and humans as well as protect our fragile woodlands.

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