Practical articles, in-depth tutorials, and architectural insights on software engineering, AI, and systems.
Learn how to design printed circuit boards for fast buses using Altium Designer, controlling reflections, crosstalk, and impedance matching practically.
Learn how to build a robust home automation network combining the flexibility of Home Assistant with the energy efficiency and reliability of the Zigbee 3.0 protocol.
Learn fundamental engineering practices to design printed circuit boards with high-speed routing for USB 3.0, controlling impedance and noise.
Learn how to architect robust network attached storage combining used server parts, IT mode HBA cards for direct disk access, and the ZFS file system for absolute protection against data corruption.
Learn how to run generative artificial intelligence locally using optimized GGUF files, overcoming memory and hardware constraints without sacrificing reasoning capabilities.
Secure the communication between microcontrollers and sensitive peripherals. Learn how to implement encryption layers over I2C and SPI protocols to enhance physical security.
Master the trade-offs between signal integrity and electrostatic discharge protection in high-speed hardware interfaces. Learn how to minimize parasitic capacitance while maintaining rigorous ESD standards.
Discover how to build a precise home energy monitoring system using ESP32 and Home Assistant. Learn about non-invasive current sensor integration and data flows via MQTT.
Signal integrity in high-speed systems relies on precise impedance control. Learn how to design effective LVDS buses to prevent reflections and data loss.
Learn how to build a resilient virtualization environment using Proxmox VE and the reliability of ZFS. Discover the trade-offs between performance and data redundancy in your homelab.
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