AI servers are no longer simply high-performance versions of conventional enterprise servers. With increasingly powerful GPUs, high-density computing architectures, advanced memory systems, and liquid cooling, AI servers generate significantly more heat and operate under much higher thermal loads. This change
Humanoid robots are moving from controlled laboratory environments into factories, warehouses, commercial facilities, healthcare environments, and other real-world applications. As their operating conditions become more demanding, functional testing alone is no longer sufficient to verify long-term reliability. A humanoid robot
CPO Has Changed the Reliability Question The appeal of Co-Packaged Optics is easy to understand. As AI systems continue to move larger volumes of data between processors, switches and memory, the electrical interconnects around high-performance ASICs become increasingly difficult to
When a product is too large for a conventional environmental chamber, but still needs to undergo aggressive temperature and humidity cycling, a walk-in chamber becomes a practical solution. However, choosing the right system is not simply a matter of selecting
What Is a Custom Walk-In Environmental Test Chamber? A custom walk-in environmental test chamber is designed for applications where a standard chamber cannot provide the required working space, environmental conditions, loading configuration, test profile, safety protection, or integration with other
A custom temperature and humidity test chamber is the right solution when a standard chamber cannot adequately accommodate the product, test profile, loading configuration, environmental conditions, or safety requirements. The important point is that customization is not simply about making
A rapid temperature change test chamber is used to expose products and components to controlled, repeated temperature transitions so engineers can evaluate thermal reliability, identify latent defects, and accelerate environmental testing. Unlike a conventional temperature test chamber, which is often
Lithium-ion batteries are widely used in electric vehicles, consumer electronics, energy storage systems, aerospace equipment, and other applications that may operate across a wide range of environmental conditions. However, battery performance can change significantly when temperatures fall below normal operating
When selecting an environmental test chamber, temperature range is often the first specification engineers look at. However, it is rarely enough to determine whether a chamber is suitable for a particular test. Two chambers may offer the same temperature range
