Best Thermal Paste and Pads for High-TDP GPUs

Discover top thermal pastes and pads for high-TDP GPUs, ideal for continuous workloads. Learn which materials resist pump-out and ensure long-term cooling.

Best Low-Noise PC Cases for Airflow and Sound Dampening

Discover top PC cases balancing airflow and noise reduction for high-performance builds, including expert-recommended models for different needs.

One Video In, a Whole Publishing Kit Out — Without the Cloud

New local AI tools enable creators to generate complete publishing assets from a single video offline, enhancing privacy and reducing costs.

ChannelHelm – Drop a video. Get a publishing kit.

ChannelHelm introduces a local-first tool that automates video asset creation, enabling creators to generate comprehensive publishing packages from a single video.

Liquid vs Air Cooling for 24/7 Inference Rigs

A detailed comparison of liquid and air cooling options for continuous AI inference systems, focusing on reliability, cost, and performance.

Best Quiet Case Fans + the Airflow Setup That Actually Works

Discover the top quiet case fans and airflow configurations that optimize cooling while minimizing noise for high-performance workstations in 2026.

Best Quiet CPU Coolers for Sustained AI/Compute Loads

Discover top quiet CPU coolers ideal for long AI and compute workloads, including air and liquid options, with performance and reliability insights.

How to Reduce Heat and Noise in a High-Power AI Workstation

Learn effective strategies to lower heat and noise in high-power AI workstations, focusing on undervolting, airflow, and component management.

The mandate. Why the US conversational- finance surface does not translate to Europe.

European financial regulation mandates fundamentally alter the architecture of conversational finance surfaces, making US models incompatible without re-architecture.

Undervolting Your GPU for Local Inference: Lower Heat, Same Tokens/sec

Undervolting your GPU via power limiting can reduce heat and noise with minimal speed loss during local AI inference workloads.