Catcher Joins NVIDIA MGX Ecosystem to Build AI Server Infrastructure

Chassis manufacturer Catcher Technology announced today that it has successfully joined the NVIDIA MGX Ecosystem and will assist in building the mechanical foundation required for high-density AI servers and rack-scale systems. Catcher stated in a press release that AI factories are redefining the future of accelerated computing. As AI infrastructure moves toward higher power density, liquid cooling architectures, and rack-scale deployment, transforming advanced system designs into reliable, maintainable, and mass-producible products has become increasingly critical. By joining the NVIDIA MGX Ecosystem, Catcher will leverage its years of precision manufacturing experience to support the development of next-generation AI infrastructure. Through advanced mechanical process capabilities, structural design expertise, and high-reliability surface treatment technology, Catcher will help build the mechanical foundation for high-density AI servers and rack-scale systems. Catcher emphasized that its role extends beyond structural components; through precision-integrated mechanisms that support cableless liquid cooling architectures, Catcher helps improve system maintainability, structural robustness, and deployment efficiency in complex AI infrastructure environments. These mechanical parts play a vital role in helping AI platforms transition from innovative designs to mass-producible systems. Catcher noted that surface quality is also a key part of long-term infrastructure reliability, and its high-reliability surface treatment technology helps maintain product durability, quality consistency, and high-end appearance throughout the product lifecycle. Catcher is a well-known Apple supplier but had been slow to show significant gains in the AI wave. Chairman Hung Shui-shu announced at this week's shareholders' meeting that the company is actively deploying in emerging markets such as AI servers and supercomputers, having already obtained relevant certifications and secured initial orders.