Practical articles, in-depth tutorials, and architectural insights on software engineering, AI, and systems.
Learn how to implement combined thermal telemetry and reactive load balancing in local servers. Prevent thermal throttling and protect your hardware without sacrificing performance.
Learn how language model quantization reduces memory consumption and enables efficient artificial intelligence execution on resource-constrained edge devices.
Learn how to implement I2C-based telemetry circuits to monitor power consumption in switched-mode power supplies with high precision and efficiency.
Learn how to build an autonomous cooling system for home server clusters using microcontrollers, proportional-integral control, and high-airflow fans.
Learn how to design robust digital circuits by mitigating signal reflections, clock distortions, and crosstalk in high-frequency SPI buses on printed circuit boards.
Learn how to dynamically adjust processor clock speeds based on real demand to reduce energy consumption in edge servers without sacrificing performance.
Learn how to control local server temperatures by adjusting processor frequency through IPMI commands, preventing overheating and unexpected downtime.
Explore the physical and practical challenges of transmitting data at 10 Gigabits per second on printed circuit boards while mitigating signal losses and reflections.
Learn how to monitor voltage and current on power rails using high-precision I2C sensors to diagnose faults, optimize power consumption, and ensure hardware stability.
Learn how to audit the electrical power consumption of physical servers in local environments using IPMI telemetry combined with fine-tuning processor energy P-States.
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