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Technical Specifications and Deep Dives
85 posts
PostgreSQL And The OOM Killer: Why We Use Strict Memory Overcommit
PostgreSQL adopts strict memory overcommit settings to reduce the risk of the Linux OOM killer terminating database processes, ensuring stability.
Disk Is the Contract: Inside Threlmark’s Local-First Architecture
Threlmark’s innovative approach uses disk-based JSON files as the single source of truth, enabling portable, restartable project management without a database.
Acoustic Dampening, Placement, and the “Rig in the Closet” Setup
Learn effective strategies for reducing noise from AI workstations, including placement tips like ‘rig in the closet’ and the importance of ventilation.
Best Quiet CPU Coolers for Sustained AI/Compute Loads
Discover top quiet CPU coolers optimized for sustained AI and compute loads, including air and liquid options, with expert recommendations for 2026.
Liquid vs Air Cooling for 24/7 Inference Rigs
Analyzing the reliability, cost, and performance of liquid and air cooling for continuous AI inference systems to guide long-term setup choices.
Best Quiet Case Fans + the Airflow Setup That Actually Works
Discover the top quiet case fans and airflow configurations that optimize cooling and minimize noise for high-performance workstations in 2026.
Best Low-Noise PC Cases for Airflow and Sound Dampening
Explore top PC cases balancing airflow and sound dampening, ideal for high-power workstations and quiet operation in 2026.
Undervolting Your GPU for Local Inference: Lower Heat, Same Tokens/sec
Undervolting your GPU via power limiting reduces heat and noise with minimal speed loss during AI inference tasks. Learn how to do it safely.
How to Reduce Heat and Noise in a High-Power AI Workstation
Practical strategies to lower heat and noise in high-power AI workstations, focusing on undervolting, airflow, and component optimization for sustained workloads.
