
Innovative deep learning processor architecture for improved efficiency and performance, featuring strategies to reduce data movement and enhance scalability for next-generation models.

Explore thermal modeling and heat sinking in power electronics, covering essential concepts for efficient thermal management and device performance optimization.

Learn to leverage eGaN FETs and ICs for efficient motor drives. Explore benefits, applications, and practical examples of this cutting-edge technology in power electronics and motor control.

Explore essential PCB design calculations using Saturn PCB Toolkit. Learn about conductor properties, impedance, thermal management, and more to enhance your board design skills.

Explore innovative cooling techniques for rocket engines, including heatsinks, fuel ratios, ablative, regenerative, film, and radiative cooling. Learn how engineers prevent engine meltdown in extreme heat conditions.

Explore mini-card-sized computer boards for enterprise use, examining cost-effectiveness, durability, and practical applications. Learn about opportunities, management strategies, and overcoming challenges in business implementations.

Explore userspace trip points in Linux systems, understanding their implementation, benefits, and potential applications for enhanced system management.

Explore advancements in battery technology for electric vehicles, focusing on thermal management and degradation to improve performance, cost, safety, and longevity.

Explore linear motors in 3D printing: functionality, control, performance testing, and potential advantages. Dive into electronics, compatibility, and real-world applications for this innovative technology.

Explore power management strategies for Gen6 SSDs, focusing on thermal limits, burst capabilities, and form factor considerations within 25W constraints for enhanced storage performance.

Delve into advanced SSD mechanical, PCB, and thermal design principles for EDSFF E3 form factors, exploring challenges and solutions for enterprise storage optimization and thermal control.

Explore power distribution in servers, analyze efficiency improvements, and examine the impact of inlet temperature changes on data center energy consumption.

Step-by-step guide to upgrading a desktop PC processor, covering compatibility checks, CPU exchange, and performance testing. Demonstrates the process using an Intel i5 10400 upgrade.

Explores challenges with Netlink for thermal notifications in Linux, discussing issues like system freezes during event storms and increased memory usage, impacting system stability and performance.

Exploring programmable thermal trip points for improved system management, reducing polling and enabling custom userspace actions for efficient temperature control.

Explore embedded Linux with Xenomai for 3D printer control, covering real-time processes, motion control, and challenges in implementing a complete printing system.

Discover techniques to optimize AR projects, extending battery life and preventing overheating. Learn about Unity Profiler, frame rates, and resolution settings for improved performance.

Explore power management and thermal control strategies for Linux systems, focusing on efficiency and performance optimization.

Explore the fundamentals of direct-to-chip liquid cooling systems, focusing on control mechanisms, safety protocols, and risk management for IT equipment protection.

Explore design guidelines and testing methodologies for rack-mounted manifold systems in liquid-cooled IT equipment, covering material selection, performance standards, and implementation.

Explore hybrid cooling solutions for modular data centers, focusing on direct-to-chip cold plates and Door HX technology to achieve 300kW+ capacity and improved energy efficiency.