Practical articles, in-depth tutorials, and architectural insights on software engineering, AI, and systems.
Learn how to design, assemble, and configure a high-performance computing cluster using low-latency InfiniBand networks and the Slurm workload manager on local servers. This guide details hardware decisions, network configuration, and parallel job submission.
Learn how to design ultra-low noise, high-precision bench linear power supplies. Discover how to eliminate ripple and ensure reliable measurements in sensitive analog circuits.
Learn how to design hardware accelerators using FPGAs to run neural networks directly at the edge with energy efficiency and deterministic latency.
Learn how to implement Kalman filters in low-power microcontrollers to clean up noisy analog signals without draining the device battery.
Learn the engineering fundamentals to design high-frequency printed circuit boards, controlling electromagnetic interference and signal losses with precision.
Transforming low-cost hardware into a robust edge router using Linux provides granular control over home network traffic. Learn to implement a performant architecture focused on stability and security.
Design reliable communication systems using optical couplers to eliminate electrical noise in harsh industrial settings. Learn how galvanic isolation protects your microcontrollers from surges and electromagnetic interference.
Discover essential engineering strategies to shield printed circuit boards from electrical surges and electrostatic discharges in industrial and outdoor environments.
Learn how to transform older servers into robust storage powerhouses using ZFS and high-density chassis, ensuring data integrity and cost savings.
Explore how the LLC resonant topology revolutionizes power conversion in edge servers, ensuring high energy efficiency and lower heat generation in compact enclosures.
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