Practical articles, in-depth tutorials, and architectural insights on software engineering, AI, and systems.
Learn how to apply Passive Optical Networks to overcome traditional cabling limits in high-density data centers. We analyze topographies, splitters, and performance trade-offs.
Learn how to optimize server cooling and reduce energy costs by combining IPMI for fan speed tuning and SNMP for real-time thermal monitoring.
Learn how to anticipate server crashes and component failures using continuous readings of temperature, voltage, and fan speeds collected via IPMI combined with statistical models.
Learn how to reduce power consumption in your homelab by tuning processor power-saving states, ensuring stability and efficiency in home servers.
Learn how to monitor power consumption in dedicated servers using baseboard sensors via IPMI, optimizing operational costs and thermal efficiency in the data center.
Learn how isolating CPU cores in the Linux kernel reduces hardware interrupt response delay, ensuring deterministic behavior in critical real-time embedded systems.
Learn how to identify and resolve throughput bottlenecks in PCIe Gen 5 buses for distributed NVMe storage servers, optimizing bandwidth and signal integrity at high speeds.
Learn how to build an intelligent cooling control system for your homelab cluster using remote management protocols and fan duty cycle reads.
Learn how to design an efficient thermal control and power monitoring system for high-density servers in your homelab, preventing catastrophic failures and optimizing costs.
Learn how to implement effective health monitoring for redundant power supply units in edge servers to prevent catastrophic failures and ensure high operational availability in critical environments.
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