Practical articles, in-depth tutorials, and architectural insights on software engineering, AI, and systems.
Learn how to design and assemble budget-friendly homelab storage arrays using HBA controllers in IT mode and the ZFS file system, ensuring data integrity without proprietary RAID controllers.
Learn how to design a fault-tolerant power system in your homelab by combining household utility power and stationary batteries, ensuring continuous operation for your servers without spending a fortune on industrial UPS units.
Learn how to apply computer-based numerical simulations to predict the thermal behavior of distributed small-scale datacenters, ensuring energy efficiency and preventing hardware failures.
Learn how to monitor and control home server temperatures using IPMI sensors and custom Python automation. Protect your hardware and reduce acoustic noise in residential lab environments.
Learn how to apply vector network analysis on the workbench to diagnose losses, reflections, and mismatches in high-frequency printed circuit boards before mass production.
Learn how PRP and HSR protocols eliminate downtime in long-distance industrial networks, ensuring reliable and uninterrupted packet delivery.
Learn how to control energy usage and heat dissipation in local storage server clusters to prevent catastrophic failures and excessive operational costs.
Learn how to map and isolate electromagnetic interference in compact printed circuit boards using oscilloscopes, near-field probes, and spectrum analysis.
Learn how to control temperature and electricity consumption of older home servers using the IPMI protocol and Python automation scripts.
Learn how to mitigate noise and electromagnetic interference in high-density cabling to ensure data integrity in modern data centers.
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