Practical articles, in-depth tutorials, and architectural insights on software engineering, AI, and systems.
Learn how to design efficient firmware and save battery in RISC-V microcontrollers using deep sleep states, clock management, and interrupts.
Learn how to design highly reliable uninterruptible power supply systems for edge computing environments, ensuring resilience in remote locations without onsite technical support.
Explore how gallium nitride revolutionizes power density in DC-DC converters and learn the essential thermal strategies to manage heat generation at high frequencies.
Learn how to design controller boards using FPGAs to process real-time video streams through the MIPI CSI-2 interface, overcoming bandwidth and synchronization challenges.
Learn how to design robust electrical systems for modern high-power datacenters. Discover how to eliminate single points of failure and ensure operational stability.
Learn how to run language models directly in the browser or local devices using WebGPU and ONNX Runtime, eliminating cloud server dependencies and reducing operational latency.
Learn how to mitigate electrical noise and electromagnetic interference in high-power switching power supplies used on factory floors, ensuring system reliability.
Discover how to design low-power circuits for personal devices that interpret biological signals in real time with high precision and long battery life.
Explore practical design techniques for multilayer printed circuit boards to mitigate electromagnetic interference in harsh industrial environments. We cover ground planes, routing, and decoupling to ensure signal integrity.
Learn how to structure efficient hardware abstraction layers using Zephyr RTOS and ARM Cortex-M processors, ensuring portability, real-time determinism, and low power consumption.
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