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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


Designing Connectors for Data Centers Amphenol
Amphenol FCI PCIe Gen 5 Flip CEM connector combines the standard PCIe interface with next-generation performance for the latest data center applications. Innovative contact design simplifies compact PCB design and helps with thermal management challenges.

Vision and Precision in the Future of Autonomy Nicolette Emmino
Advanced optical technologies like single-photon lidar and chip-scale optical gyroscopes are transforming autonomous systems by enhancing vision, navigation, and performance in challenging environments.

Quantum Computers Can Predict Complex Behaviors Liam Critchley
Explore how designers may eventually leverage quantum computing’s impressive processing capabilities to perform numerous predictive and optimization tasks, including simulating complex behaviors that are either difficult to compute with classical systems or require significant computational power.

Planning for Machine Learning Success Mouser Technical Content Staff
Unlock the potential of machine learning by transforming ideas into impactful solutions. This blog introduces the roadmap for moving from proof of concept to production, exploring essential steps like data quality, robust experimentation, and post-production monitoring for lasting success.

Quantum Programming Mike Parks
Quantum programming is revolutionizing computing, moving beyond classical bits to harness superposition, entanglement, and interference. Languages like Cirq look familiar but operate on different principles. Explore how quantum gates, circuits, and algorithms are shaping the future of computation.

New Tech Tuesdays: Optimizing Airports with Digital Twins Mouser Technical Content Staff
Digital twins are facilitating airport improvements by creating simulated journeys, streamlining logistical operations, and enabling predictive maintenance to deliver smoother and more cost-effective travel.

Getting Started with Coding a DIY Project Mike Parks
Embedded systems integrate hardware and firmware, using languages like Arduino C++ and CircuitPython for microcontroller programming. Learn how to write and debug DIY electronics projects and explore IDEs, pseudocode, and debugging techniques to develop reliable embedded applications easily.

Engineering Smarter E-Waste Disassembly with Robots and AI Nicolette Emmino
AI and robotics are changing how e-waste is recycled. New research and tools are making disassembly faster and more efficient. Advanced sorting, modular designs, and automation will continue to help recover materials and reduce waste.

Embedded Development Using No-Code/Low-Code Platforms Mike Parks
No-code/low-code (NCLC) platforms allow non-programmers to build apps. Popular for desktop and web, they're expanding to embedded systems. Examine NCLC platforms’ capabilities and limitations, like tools with drag-and-drop interfaces for rapid development but limits on customization and performance.

Three Ways to Build a More Resilient IoT Steven Keeping
The complexity of the IoT means that breakdowns are inevitable. Engineers are implementing enhancements to the network to make it more resilient, such as multipath networking, redundancy, and system degradation. These help ensure that faults are isolated, preventing widespread communication failure.

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